Bric: Structures® Instructional Manual¶

Ages 8-108

American Printing House for the Blind

Export BRF File

UEB compliant

• Table of contents
• Bric: Structures® Instructional Manual
  • Basic Troubleshooting
  • Batteries:
  • Parts List (Colors and styles may vary) Symbols and Numbers
    • Bag 1: Largest Pieces
    • Bag 2: Medium Pieces
    • Bag 3: Small and Medium Pieces
    • Bag 4: Small Pieces 1
    • Bag 5: Small Pieces 2
    • Tray Pieces
  • How to Use Snap Circuits®
  • About Your Snap Circuits® Parts
    • • BATTERY HOLDER
      • SLIDE SWITCH
      • SNAP WIRES & JUMPER WIRES
      • SOUND MODULE
      • LEDs
      • LAMP
  • Introduction to Electricity
    • Series Circuit:
    • Parallel Circuit
    • Combination Series and Parallel Circuit:
  • DO’s and DON'Ts of Building Circuits
    • Some Important Guidelines
    • Examples of Short Circuits - NEVER DO THESE!!!
  • Advanced Troubleshooting (Adult supervision recommended)
  • SCHEMATICS AND BLUE PRINTS
  • Accessibility tips and tricks
    • Before building
    • Keep kit parts sorted
    • Select parts needed for project
    • Determining if lights are on or off
    • Parts to make projects more accessible
  • Project 1: START CIRCUIT
  • Project 2: 5 LIGHTS AND A MELODY
  • Project 3: 4 LIGHTS AND CLICKING
  • Project 4: LIGHT POST
  • Project 5: DIRECTIONAL LIGHTS
  • Project 6: CROSS OF LIGHTS
  • Project 7: BRIC TOWER
  • Project 8: BRIC BRIDGE
  • Project 9: HOUSE OF LIGHTS
  • Project 10: BRIC MAMMAL
  • Project 11: LED IN SERIES & PARALLEL
  • Project 12: BRIC BUILDING
  • Project 13: TRI-LEVEL HOUSE
  • Project 14: ELEVATED CIRCUIT
  • Project 15: BI-LEVEL CIRCUIT
  • Project 16: OVERHEAD LIGHT
  • Project 17: 3 SHINE OUT
  • Project 18: LIGHT HOUSE
  • Project 19: FOUR FUN
  • Project 20: FOUR FURTHER FUN
  • Project 21: BRIC ELEVATION
  • Project 22: BRIC HOUSE
  • Project 23: DIAGONAL CIRCUIT
  • Project 24: WALL OF LIGHT
  • Project 25: YOUR WALL OF LIGHT
  • Project 26: 2 STORY HOUSE

Basic Troubleshooting¶

1. Most circuit problems are due to incorrect assembly, always double-check that your circuit exactly matches the drawing for it.
2. Be sure that parts with positive/negative markings are positioned as per the drawing.
3. Be sure that all connections are securely snapped.
4. Try replacing the batteries.

Elenco® Electronics is not responsible for parts damaged due to incorrect wiring.

WARNING: Always check your wiring before turning on a circuit. Never leave a circuit unattended while the batteries are installed. Never connect additional batteries or any other power sources to your circuits. Discard any cracked or broken parts.

Adult Supervision: Because children’s abilities vary so much, even with age groups, adults should exercise discretion as to which experiments are suitable and safe (the instructions should enable supervising adults to establish the experiment’s suitability for the child). Make sure your child reads and follows all of the relevant instructions and safety procedures, and keeps them at hand for reference.

This product is intended for use by adults and children who have attained sufficient maturity to read and follow directions and warnings.

Never modify your parts, as doing so may disable important safety features in them, and could put your child at risk of injury.

Batteries:¶

• Use only 1.5V AA type, alkaline batteries (not included).
• Insert batteries with correct polarity.
• Non-rechargeable batteries should not be recharged. Rechargeable batteries should only be charged under adult supervision, and should not be recharged while in the product.
• Do not connect batteries or battery holders in parallel.
• Do not mix old and new batteries.
• Do not mix alkaline, standard (carbon-zinc), or rechargeable (nickel-cadmium) batteries.
• Remove batteries when they are used up.
• Do not short circuit the battery terminals.
• Never throw batteries in a fire or attempt to open its outer casing.
• Batteries are harmful if swallowed, so keep away from small children.

Parts List (Colors and styles may vary) Symbols and Numbers¶

Bag 1: Largest Pieces¶

Bag 2: Medium Pieces¶

Bag 3: Small and Medium Pieces¶

Bag 4: Small Pieces 1¶

Bag 5: Small Pieces 2¶

Tray Pieces¶

How to Use Snap Circuits®¶

Snap Circuits® uses building blocks with snaps to build the different electrical and electronic circuits in the projects. Each block has a function: there are switch blocks, light blocks, battery blocks, different length wire
blocks, etc. These blocks are different colors and have numbers, letters and braille labels on them so that you can easily identify them. The blocks you will be using are shown as color symbols in the graphical instructions and by name in the text instructions, allowing you to easily find and snap them together to form a circuit.

For Example:

This is the slide switch, it is green and has a braille 'S1' on it. The part symbols in this booklet may not exactly match the appearance of the actual parts, but will clearly identify them. You need a power source to build each
circuit. This is labeled B3 and requires three (3) 1.5V “AA” batteries (not included).

When installing a battery, be sure the spring is compressed straight back, and not bent up, down, or to one side.

Some circuits use the jumper wires to make unusual connections. Just clip them on as indicated. Often you will mount Snap Circuits® components on bric2snap adapters. These adapters are small square shaped parts with one taller post in the center of the top. Simply place the Snap Circuits® components on the posts of the adapters.

Sometimes it can be difficult to separate bric2snap adapters from the baseplate, or bricks and plates, so use the Brick Remover Tool for help as needed. The tool has a wedge at a 45 degree angle that when slipped under a bric2snap adapter, will help pry it from the baseplate. You can also use the remover to separate bricks and plates from each other.

Note that this set includes 25 of each of the bric2snap adapter pieces, more are used in projects in this booklet. Your set includes extra adapters so you can easily expand on your own using other Snap Circuits® and bricks sets you may have.

Note: While building the projects, be careful not to accidentally make a direct connection across the battery holder (a “short circuit”), as this may damage and/or quickly drain the batteries.

About Your Snap Circuits® Parts¶

BATTERY HOLDER¶

The batteries (B3) produce an electrical voltage using a chemical reaction. This “voltage” can be thought of as electrical pressure, pushing electricity through a circuit just like a pump pushes water through pipes. This voltage is much lower and much safer than that used in your house wiring. Using more batteries increases the “pressure”, therefore, more electricity flows. The negative, or flat bottom of the battery always faces the spring.

SLIDE SWITCH¶

The slide switch (S1) connects (“ON”) or disconnects (“OFF”) the wires in a circuit. When ON it has no effect on circuit performance. Switches turn on electricity just like a faucet turns on water from a pipe. The braille S1 label is placed on the open (ON side) of the switch.

SNAP WIRES & JUMPER WIRES¶

The blue 3-snap wires and jumper wires (short blue & long orange) are wires used to connect components. They are used to transport electricity and do not affect circuit performance. The 3-snap wires make rigid connections, while the jumper wires make flexible connections. Wires transport electricity just like pipes are used to transport water. The colorful plastic coating protects them and prevents electricity from getting in or out.

SOUND MODULE¶

The melody IC (U32) contains a specialized sound-generation integrated circuit (IC), a small speaker, and a few supporting components. The IC has a recording of the melody, which it makes into an electrical signal for the speaker. The speaker converts the signal into mechanical vibrations. The vibrations create variations LAMP in air pressure, which travel across the room. You “hear” sound when your ears feel these air pressure variations.

LEDs¶

The color, blue, blink red, and color2 LEDs (D8, D9, D11 & D12) are light emitting diodes, and may be thought of as a special one-way light bulbs. In the “forward” direction, (indicated by the “arrow” in the symbol) electricity flows if the voltage exceeds a turn-on threshold brightness then increases. The blink red LED contains a microcircuit that turns it on and off. The color and color2 LEDs contain red, green, and blue LEDs, with a micro-circuit controlling them. A high current will burn out an LED, so the current must be limited by other components in the circuit (Snap Circuits ® LEDs have internal resistors added, to protect them in case you make wiring mistakes). LEDs block electricity in the “reverse” direction.

LAMP¶

A light bulb, such as in the 4.5V lamp (L4), contains a special thin high-resistance wire. When a lot of electricity flows through, this wire gets so hot it glows bright. Voltages above the bulb’s rating can burn out the wire.

Introduction to Electricity¶

What is electricity? Nobody really knows. We only know how to produce it, understand its properties, and how to control it. Electricity is the movement of sub-atomic charged particles (called electrons) through a material, due to electrical pressure across the material, such as from a battery.

Power sources, such as batteries, push electricity through a circuit, like a pump pushes water through pipes. Wires carry electricity, like pipes carry water. Devices like LEDs, motors, and speakers use the energy in electricity to do things. Switches and transistors control the flow of electricity like valves and faucets control water. Resistors limit the flow of electricity.

The electrical pressure exerted by a battery or other power source is called voltage and is measured in volts (V). Notice the “+” and “–” signs on the battery; these indicate which direction the battery “pumps” the electricity.

The electric current is a measure of how fast electricity is flowing in a wire, just as the water current describes how fast water is flowing in a pipe. It is expressed in amperes (A) or milliamps (mA, 1/1000 of an ampere).

The “power” of electricity is a measure of how fast energy is moving through a wire. It is a combination of the voltage and current (Power = Voltage x Current). It is expressed in watts (W).

The resistance of a component or circuit represents how much it resists the electrical pressure (voltage) and limits the flow of electric current. The relationship is Voltage = Current x Resistance. When the resistance increases, less current flows. Resistance is measured in ohms (Ω), or kilo ohms (kΩ, 1000 ohms).

Nearly all of the electricity used in our world is produced at enormous generators driven by steam or water pressure. Wires are used to efficiently transport this energy to homes and businesses where it is used. Motors convert the electricity back into mechanical form to drive machinery and appliances. The most important aspect of electricity in our society is that it allows energy to be easily transported over distances.

Note that “distances” includes not just large distances but also tiny distances. Try to imagine a plumbing structure of the same complexity as the circuitry inside a portable radio - it would have to be large because we can’t make water pipes so small. Electricity allows complex designs to be made very small.

There are three ways of arranging parts in a circuit: in series, parallel, or a combination of the two. Here are examples:

Series Circuit:¶

A series circuit is one with all the loads in a row. There is only ONE path for the electricity to flow. If this circuit was a string of light bulbs and one blew out, the remaining bulbs would turn off. If your house was wired in series and your stove blew out, your lights would go out too.

The next sample projects will be used to physically describe series, parallel, and combination circuits. In the first project you will have an extra part. The extra part will be used in the parallel and combination circuits. Once you build sample project, follow along in the next sections.

Sample Circuit

Parts Needed for Series, Parallel and Combination circuits

• bric2snap adapter 2x2 (6)
• plate 2x2 (1)
• 3-snap wire (2)
• battery holder B3 (1)
• Blue LED D9 (1)
• Melody IC U32 (1)
• slide switch S1 (1)

Sample Circuit

First layer

1. Bric2snap adapter 2x2 C8-D9
2. Bric2snap adapter 2x2 J8-K9
3. Bric2snap adapter 2x2 C15-D16
4. Bric2snap adapter 2x2 J15-K16
5. Bric2snap adapter 2x2 C22-D23
6. Bric2snap adapter 2x2 J22-K23
7. Plate 2x2 F1-G2

Second layer

8. Battery Holder (B3) with negative on adapter C8-D9 and positive on adapter J8-K9
9. 3-snap wire on bric2snap adapter C15-D16 and C22-D23
10. 3-snap wire on bric2snap adapter J15-K16 and J22-K23

Third layer

11. Slide Switch (S1) on Battery Holder (B3)'s negative side C8-D9 and on 3-snap wire on C15-D16
12. 3-snap wire on Battery Holders positive side J8-K9 and on 3-snap wire on J15-K16
13. Melody IC (U32) positive side C22-D23 and on 3-snap wire on J22-K23

In the sample circuit the switch is in series with the Melody IC. There is only one path for the current to flow from the positive side of the battery, through the melody IC, through the switch, and back to the battery on the negative side. When the switch is turned on the Melody plays.

In the above circuit replace the 3 snap wire at the positive side of the battery on J8+K9 and on the 3 snap wire on J15-K16 with the D9 LED making sure the braille label (positive side) is on J8-K9.

Try turning on the circuit now. The light will either be dim or the melody will not play at all or incorrectly. This is because these two parts in series require too much current for a series circuit with this amount of battery power.

Once again, replace the D9 LED with the 3 snap wire. Check and make sure the melody plays.

Parallel Circuit¶

A parallel circuit is one that has two or more paths for the electricity to flow; the loads are parallel to each other. If the loads in this circuit were light bulbs and one blew out, there is still current flowing to the rest of the circuit, because there is still a direct path from the negative to positive terminals of the battery.

A parallel circuit is one with several different paths for the electricity to travel. It's like a river that has been divided into smaller streams; however, all the streams come back together at the same point to form the river once again.

To make the series sample project into a parallel circuit, add the following step to the sample Project:

14. Blue LED D9 on Battery Holders positive side J15-K16 and on 3-snap wire on C15-D16

Now even though the same LED is being added back to the circuit, as tried in the series circuit, the LED lights up and the melody is played. The reason is the same current is going to both the LED and the melody IC. This also means more current is being drawn from the battery.

Combination Series and Parallel Circuit:¶

A combination circuit is one that has a combination of series and parallel paths for the electricity to flow. Its properties are a combination of the two. In this example, the parallel section of the circuit is like a sub-circuit and is part of an overall series circuit. The parallel part of the circuit is the LED and the Melody IC. If you pull either of the two components in parallel, the rest of the circuit continues to work. If you pull the switch that is not in parallel with the other two, it breaks the whole circuit, because it is in series with the two components in parallel. Placing components in series increases the resistance; highest value dominates. Placing components in parallel decreases the resistance; lowest value dominates. The parts within these series and parallel sub-circuits may be arranged in different ways without changing what the circuit does. Large circuits are made of combinations of smaller series and parallel circuits.

DO’s and DON'Ts of Building Circuits¶

After building the circuits given in user guide, you may wish to experiment on your own. Use the projects as a guide, as many important design concepts are introduced throughout them. Every circuit includes a power source (the 9V battery holder or USB cable), a resistance (which might be a resistor, LED (which has an internal protection resistor), etc.), and wiring paths between them and back.

You must be careful not to create “short circuits” (very low-resistance paths across the power source, see examples below) as this damages components and/or quickly drains your batteries. ELENCO® is not responsible for parts damaged due to incorrect wiring.

You are encouraged to tell us about new programs and circuits you create. If they are unique, we will post them with your name and state on our website at: www.snapcircuits.net/learning_center/kids_creation. Send your suggestions to ELENCO: elenco@elenco.com.

ELENCO provides a circuit designer so that you can make your own Snap Circuits® drawings. This Microsoft® Word document can be downloaded from: www.snapcircuits.net/learning_center/kids_creation or through the www.snapcircuits.net website.

Some Important Guidelines¶

For all of the projects given in this book, the parts may be arranged in different ways without changing the circuit. For example, the order of parts connected in series or in parallel does not matter — what matters is how combinations of these sub-circuits are arranged together.

Note that this set includes 25 of each of the bric2snap adapter pieces, though no more than 10 are used in projects in this booklet. Your set includes extra adapters so you can easily expand on your own using other Snap Circuits® and bricks sets you may have.

Examples of Short Circuits - NEVER DO THESE!!!¶

Placing a 3-snap wire directly across the 5V OUT and GND snaps is a SHORT CIRCUIT.

Placing any number of snap wire connectors or wires in a series without resistance from 5V OUT to GND snaps is a SHORT CIRCUIT.

It is important that when you press a switch you do not cause a series circuit with no resistance to be formed between 5V OUT to GND snaps, which would be a short dependent on pressing the switch.

WARNING: SHOCK HAZARD - Never connect Snap Circuits® to the electrical outlets in your home in any way!

Placing a jumper wire directly across the battery snaps is a SHORT CIRCUIT.

When the slide switch (S1) is turned on, this large circuit has a SHORT CIRCUIT path (as shown by the arrows). The short circuit prevents any other portions of the circuit from ever working.

Advanced Troubleshooting (Adult supervision recommended)¶

Elenco® is not responsible for parts damaged due to incorrect wiring.

If you suspect you have damaged parts, you can follow this procedure to systematically determine which ones need replacing:

1. Lamp (L4), color LED (D8), blue LED (D9), blink red LED (D11), color2 LED (D12), melody IC (U32), and battery holder (B3): Place batteries in holder. Place the lamp directly across the battery holder, it should light. Place the LEDs (D8, D9, D11, & D12) directly across the battery holder one at a time (LED positive to battery positive), the LED should light (D8 should change colors, D11 should be blinking, and D12 should slowly change colors). Place the melody IC directly across the battery holder (positive to positive), it should play a tune. If none work, then replace your batteries and repeat, if still bad then the battery holder is damaged.

2. Jumper wires (blue and orange): Use this mini-circuit to test each jumper wire, the lamp should light.

3. 3-snap wires: Use this mini-circuit to test each of the 3-snap wires. The lamp should light.

4. Slide switch (S1): Build this mini-circuit; if the lamp doesn’t light then the slide switch is bad.

You may order additional / replacement parts at: www.elenco.com/replacement-parts

SCHEMATICS AND BLUE PRINTS¶

After building the structures in this set, you may want to expand using parts from other brick construction and Snap Circuits® sets you already have. For this, advance planning is recommended. Think about what you want your structure to do and how you want it to look before you start building it. Electrical engineers make drawings of their circuits (called schematics), and architects make drawings for their building (called prints or floor plans). Schematics and prints are also useful in analyzing problems or making changes after the circuit or structure has been built.

Electrical schematics use simple symbols to represent the electrical components, often the same symbols that are marked on your Snap Circuits® components. Wires are represented by just lines and can be of any length. This is a schematic for the circuit in project 11:

This is a schematic for the circuit in projects 2, 7, 8, 12, 13, and TBD; although those circuits are all constructed differently, electrically they are the same, with D8, D9, D11, D12, L4, and U32 all connected in parallel:

Schematics tell you how a circuit will work, but not how it is constructed. Similarly an architect’s print or floor plan of a house tells you about the layout of the house, but not colors or other details.

An architect’s drawings may show the floor plan or other information about the construction, depending on who will be using the drawing. These drawings used to be call blueprints, due to the color used when making them years ago. Notice that the symbol for a switch in electrical schematics is based on the architect’s symbol for a door.

Accessibility tips and tricks¶

The Bric Structure kit can be a little more complicated than Snap Circuit kits without the Bric parts. Below are some tips and tricks to help decomplicate and make the projects easier to build and enjoy.

Before building¶

The instructions use names for all the parts. It is important to know which name goes with each part. Before building, go through the parts list and find one of each of the pieces. Knowing what they are makes finding them later much easier and less frustrating.

Keep kit parts sorted¶

The Bric parts come in bags. Unfortunately, they are not packaged in reusable packages. To make selection of parts easier, it is important to sort the parts so that they can easily be found. Small zip lock sandwich bags or containers with the ability to seal are great ways to keep the parts sorted.

Some Bric builders suggest sorting the parts so that the way they are sorted make sense to the person building the project. One builder might like all the smallest pieces in one bag, and all the thicker pieces in another. No matter how the decision is made to sort them, come up with a method and use as many containers as is needed to make parts easy to find.

Select parts needed for project¶

At the start of each project there is a list of the parts and number of each part needed. Finding and placing all the parts needed for a project in a small container before starting a project makes them easier to find, and makes completing the project faster and more fun.

Determining if lights are on or off¶

For those who cannot visually tell if the LED’s or lights used in a project are on or off, one possible method of examining the light is using a light sensor. Both Android and iOS have applications with a light sensor. A stand-alone light sensor such as some of the color tellers can also be used to detect the lights status.

Parts to make projects more accessible¶

Everything possible has been done to make this kit accessible without adding external parts. To enhance the project accessibility, LEDs and lights can be exchanged for either the melody piece or a piece which does not come with the kit. If earlier kits are available at hand, such as the RC Rover or the Snap Circuit Jr., the LED or light can be replaced by either the Melody or Horn Snap Circuit pieces to make the device sound rather than light.

A horn and two snap wire cables can also be used to make sure a light is blinking by placing it in parallel with the LED. This can be done by connecting Snap Wire cables to both sides of a Horn and then holding them against the snaps of the LED while in the circuit. If the LED or light is blinking the horn sounds when the LED is on and goes silence when it is off. This can be used to test multiple lights in a circuit by moving it from one to the next.

If extra horn parts are needed, they can be found at:

https://shop.elenco.com/consumers/horn.html

Extra melody chips can be found at:

https://shop.elenco.com/consumers/melody-ic.html

Project 1: START CIRCUIT¶

Snap Circuits® uses electronic blocks that snap onto pegs to build different circuits. These blocks have different colors and numbers on them so you can easily identify them.
Place 4 bric2snap adapters and one 2x2 plate on the baseplate as shown. Then mount the 3-snap wire and battery holder (B3) on the adapters. Next, place the slide switch (S1) and color LED (D8) on the other parts, as shown. Install three (3) “AA” batteries (not included) into the battery holder (B3) if you have not done so already; be sure the battery springs are compressed straight back, and not bent up, down, or to one side.

Parts Needed

• bric2snap adapter 1x2 (4)
• plate 2x2 (1)
• 3-snap wire (1)
• battery holder B3 (1)
• color LED D8 (1)
• fiber optic tree (1)
• mounting base (1)
• slide switch S1 (1)

First layer

1. Bric2snap adapter 1x2 B2-C2
2. Bric2snap adapter 1x2 B9-C9
3. Bric2snap adapter 1x2 I2-J2
4. Bric2snap adapter 1x2 I9-J2
5. Plate 2x2 F15-G16

Second layer

6. 3-snap wire on bric2snap adapter B2-C2 and I2-J2
7. Battery Holder (B3) with positive on adapter B9-C9 and negative on adapter I9-J9

Third layer

8. Slide Switch (S1) on 3-snap wire on B2-C2 and on Battery Holder (B3)'s positive side B9-C9
9. Color LED D8 on 3-snap wire on I2-J2 and on Battery Holders negative side I9-J9

Fourth layer

10. Mounting Base on the center of the Color LED (D8) on I2-J2 and I9-J9 with the Fiber Optic Tree on top, covering the LED

Turn on the slide switch (S1), and enjoy the light show from the color LED (D8). For best effects, place the fiber optic tree on the color LED (D8) using the mounting base, and dim the room lights.
Variants:
A. Replace the color LED (D8) with the color2 LED (D12). The color2 LED (D12)
changes colors more slowly.
B. Replace the color2 LED (D12) with the blue LED (D9).
C. Replace the blue LED (D9) with the blink red LED (D11).
D. Replace the blink red LED (D11) with the lamp (L4).
E. Replace the lamp (L4) with the melody IC (U32, “positive” on left).

Project 2: 5 LIGHTS AND A MELODY¶

Build the circuit as described below, and turn on the slide switch (S1). The lamp (L4) and 4 LEDs (D8, D9, D11, & D12) light, and the melody IC (U32) plays. For best effects, place the fiber optic tree on one of the LEDs using the mounting base, and dim the room lights.

Parts Needed

• Bric2snap adapter 1x2 (10)
• Plate 2x2 (1)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Melody IC U32 (1)
• Jumper wire orange (2)
• Jumper wire blue (2)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Color2 LED D12 (1)
• Battery Holder B3 (1)

First layer

1. Bric2snap adapter 1x2 on B2-C2
2. Bric2snap adapter 1x2 on I2-J2
3. Bric2snap adapter 1x2 on B6-C6
4. Bric2snap adapter 1x2 on I6-J6
5. Bric2snap adapter 1x2 on B10-C10
6. Bric2snap adapter 1x2 on I10-J10
7. Bric2snap adapter 1x2 on B17-C17
8. Bric2snap adapter 1x2 on I17-J17
9. Bric2snap adapter 1x2 on B24-C24
10. Bric2snap adapter 1x2 on I24-J24
11. Plate 2x2 on F31-G32

Second layer

12. Battery Holder (B3) with positive on adapter B24-C24 and negative on adapter I24-J24
13. Melody IC (U32) on adapter B6-C6 and on adapter I6-J6
14. Color LED (D8)’s positive side on adapter B2-C2 and negative side on adapter I2-J2
15. 3-snap wire on adapter B10-C10 and on adapter B17-C17
16. 3-snap wire on adapter I10-J10 and on adapter I17-J17

Third layer

17. 3-snap wire on positive side of Battery Holder (B3) B24-C24 and on 3-snap wire on adapter B17-C17
18. Slide Switch (S1) on negative side of Battery Holder (B3) I24-J24 and on 3-snap wire on adapter I17-J17
19. Blue LED (D9) on 3-snap wire on adapter B10-C10 and on 3-snap wire on adapter I10-J10
20. Blink Red LED (D11) in the middle of 3-snap wires placed in steps 1 and 2, with positive on B13-C14 and negative on I13-J14
21. Jumper Wire short (Blue) on Melody IC (U32)’s positive side B6-C6 and on the positive side of the Color LED (D8) B2-C2
22. Jumper Wire long (Orange) on Melody IC (U32)’s negative side I6-J6 and on the negative side of Color LED (D8) I2-J2

Fourth layer

23. Color2 LED (D12)’s positive side on 3-snap wire on the adapter B17-C17 and negative side on the Slide Switch (S1) on the I17-J17 adapter
24. Jumper Wire short (Blue) on the positive side of Blue LED (D9) B10-C10 and on the Jumper Wire short (Blue) on the positive side of Melody IC (U32) B6-C6
25. Jumper Wire long (Orange) on the negative side of Blue LED (D9) I10-J10 and on Jumper Wire long (Orange) on the negative side of Melody IC (U32) I6-J6
26. Mounting Base in the middle of the Color LED (D8) on B2-C2 and I2-J2 with the Fiber Optic Tree on top, covering the LED

Fifth layer

27. 4.5V Lamp (L4) on short Jumper Wire (Blue) B10-C10 and long Jumper Wire (Orange) above the Melody IC (U32) at I6-J6

Project 3: 4 LIGHTS AND CLICKING¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) should be on, the lamp (L4) should be off, and there may be a slight clicking from the melody IC (U32). For best effects, place the fiber optic tree on one of the LEDs using the mounting base, and dim the room lights.

Next, add a jumper wire at one of these locations:
A. Across U32: the sound stops and D11 is brighter.
B. Across D11: D11 is off, and U32 plays a tune.
C. Across U32 and D11: L4 is on.
Use the remover tool to help separate the bricks and adapters when dismantling the circuit.

Parts Needed

• Bric2snap Adapter 2x2 (8)
• Plate 2x2 (7)
• Brick 2x2 (6)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Melody IC U32 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Color LED 2 D12 (1)
• Battery Holder B3 (1)

Pillar Type 1 x2

1. Plate 2x2 on the bottom
2. Plate 2x2 in the middle
3. Bric2snap Adapter 2x2 on the top

Pillar Type 2 x2

4. Brick 2x2 on the bottom
5. Plate 2x2 in the middle
6. Bric2snap Adapter 2x2 on the top

Pillar Type 3 x2

7. Brick 2x2 on the bottom
8. Brick 2x2 on the middle
9. Bric2snap Adapter 2x2 on the top

First layer

10. Bric2snap Adapter 2x2 on B23-C24
11. Bric2snap Adapter 2x2 on I23-J24
12. Pillar Type 1 on B16-C17
13. Pillar Type 1 on I16-J17
14. Pillar Type 2 on B9-C10
15. Pillar Type 2 on I9-J10
16. Pillar Type 3 on B2-C3
17. Pillar Type 3 on I2-J3
18. Plate 2x2 on F31-G32
19. Battery Holders (B3)’s positive side on adapter B23-C24 and negative side on adapter I23-J24

Second layer

20. 3-snap wire on the negative side of the Battery Holder (B3) at I23-J24 and on the Pillar Type 1 on I16-J17
21. Slide Switch (S1) on the positive side of the Battery Holder (B3) B23-C24 and on the Pillar Type 1 on B16-C17

Third layer

22. 3-snap wire on Slide Switch (S1) B16-C17 and on Pillar Type 2 on B9-C10
23. 3-snap wire on 3-snap wire I16-J17 and on Pillar Type 2 on I9-J10

Fourth layer

24. Blue LED (D9) with positive on the center of 3-snap wire on row B-C13 and parallel 3-snap wire at I-J13
25. Color2 LED (D12) with positive on 3-snap wire attached to the Slide Switch (S1) B23-C24 and on 3-snap wire attached to 3-snap wire on level 3 at I16-J17
26. 4.5V Lamp (L4) on 3-snap wire at I9-J10 and on Pillar Type 3 on I2-J3
27. Melody IC (U32) with positive side on 3-snap wire at B9-C10 and with negative side on Pillar Type 3 on B2-C3

Fifth layer

28. Blink Red LED (D11) with the positive side on the negative side of Melody IC (U32) A2-B3 and with the negative side on the 4.5V Lamp (L4) on I2-J3
29. Color2 LED (D12) with the positive side on the positive side of Melody IC (U32) at B9-C10 and on the 4.5V Lamp (L4) I9-J10
30. Mounting Base on Color2 LED (D12) in the middle with a Fiber Optic Tree on top

Project 4: LIGHT POST¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light. The 3D snaps allow the blue (D9) and blink red (D11) LEDs to be rotated to shine in any direction. For best effects, place the fiber optic tree on the color2 LED (D12) using the mounting base, place the lined lens on the color LED (D8), and dim the room lights. You can swap LED locations as desired.

Parts Needed

• Bric2snap Adapter 1x2 (8)
• Plate 2x2 (9)
• Brick 2x2 (13)
• Brick 2x4 (6)
• Brick 2x6 (1)
• Brick 1x1, 3-Sided (2)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Color LED 2 D12 (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (2)
• 3D Snap (2)
• Lined Lens LED Attachment (1)

Pillar Type 1 x2

1. Plate 2x2 on the bottom
2. Plate 2x2 in the middle
3. Bric2snap Adapter 1x2 on the top

Pillar Type 2 x2

4. Brick 2x2 on the bottom
5. Plate 2x2 in the middle
6. Bric2snap Adapter 1x2 on the top

Pillar Type 3 x1

7. Brick 2x2 on the bottom
8. Brick 2x2 on the middle
9. Bric2snap Adapter 1x2 on the top

Light Post

10. Stack 6 Brick 2x4s
11. Stack 9 Brick 2x2s on the 2x4s to the far right or left side.

Light Connector

12. Place a 2x6 upside down
13. Stack two Plate 2x2 upside down on the far right hand side
14. Place a 1x1 on the Plate 2x2 on the right side with the outside peg facing down with the middle peg facing right
15. Place another 1x1 on the Plate 2x2 on the right side next to the other 1x1 with the outside peg facing down with the middle peg facing right
16. Place a Bric2snap Adapter 1x2 on the outside pegs of both 1x1s

Light

17. Place the Blink Red LED (D11) upside down with the positive side on the right
18. Attach one 3D Snap on the right side with the hole facing away from the light
19. Attach the other 3D Snap on the left side with the hole facing away from the light
20. Attach the Blue LED (D9) to the leftover connectors on the 3D Snap with the positive on the right

First Layer

21. Bric2snap Adapter 1x2 on A23-B23
22. Bric2snap Adapter 1x2 on H23-I23
23. Pillar Type 1 on A15-B16 with the Bric2snap on the right
24. Pillar Type 1 on H15-I16 with the Bric2snap on the right
25. Pillar Type 2 on A8-B9 with the Bric2snap on the right
26. Pillar Type 2 on H8-I9 with the Bric2snap on the right
27. Pillar Type 3 on O15-P16 with the Bric2snap on the right
28. Plate 2x2 on E31-F32
29. Battery Holder (B3)’s positive side on adapter A23-B23 and negative side on adapter H23-I23
30. Light Post on A2-B5 with the stack of 2x2s on the right

Second Layer

31. 3-snap wire on the negative side of the Battery Holder (B3) I23-J23 and on the Pillar Type 1 on H16-I17
32. Slide Switch (S1) on the positive side of the Battery Holder (B3) A23-B23 and on the Pillar Type 1 on B16-C16

Third Layer

33. 3-snap wire on Switch (S1) A16-B16 and Pillar Type 2 on A8-B9
34. 3-snap wire on 3-snap wire on negative side of Battery Holder (B3) H23-I23 and Pillar Type 2 on H8-I9

Fourth Layer

35. 4.5V Lamp (L4) on A9-B9 and H9-I9 on top of both 3-snap wires
36. Color LED (D8) where 3-snap wires intersect on H16-I16 and positive side on Pillar Type 3 on O15-P16

Fifth Layer

37. Jumper Wire long (Orange) on positive side of Color LED (D8) from O16-P16 and on 3-snap wire on top of the Slide Switch (S1) on A16-B16
38. Place Light assembly vertically, on the 4.5V Lamp (L4) on A9-B9
39. Color2 LED (D12) on Jumper Wire (Orange) on A16-B16 and on the negative side of the Color LED (D8) on H16-I16
40. Lined Lens LED Attachment on top and in the middle of Color LED (D8), between O16-P16 and H16-I16, covering the LED

Sixth Layer

41. Jumper Wire long (Orange) from 4.5V Lamp on H9-I9 to the top of the Light assembly on the 3D Snap on A9-B9
42. Fiber Optic Tree in the middle of the Color2 LED (D12) on A16-B16 and H16-I16, on top and covering the LED

Seventh Layer

43. Place the assembled Light Connector on A2-B5 connecting it to the Jumper Wire on top of the vertical Light assembly, using the upside down Bric2snap Adapter 1x2 on the Light Post

Project 5: DIRECTIONAL LIGHTS¶

Build the circuit as described below, and turn on the slide switch (S1). The LEDs (D9 &D11) light, and can be rotated to shine in any direction.
You can replace the LEDs with any of the other ones.

Parts Needed

• Bric2snap Adapter 1x2 (5)
• Plate 2x2 (6)
• Brick 2x4 (6)
• Brick 1x1, 3-Sided (2)
• Slide Switch S1 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• Battery Holder B3 (1)
• 3D Snap (2)
• Jumper Wire (Blue)

Light

1. Place the Red LED upside down with the positive side on the right
2. Attach one 3D Snap on the right side with the hole facing away from the light
3. Attach the other 3D Snap on the left side with the hole facing away from the light
4. Attach the Blue LED (D9) to the leftover connecters on the 3D Snap with the positive on the right

Light Stand Style 1

5. Stack three 2x4s
6. Place a two 1x1s on the far right side of the 2x4s with the outside pegs flushed with each other
7. Place a Bric2snap Adapter 1x2 on the 1x1s outside pegs pointing away from the 2x4s

Light Stand Style 2

8. Stack three 2x4s
9. Place a two 1x1s on the far right side of the 2x4s with the outside pegs flushed with each other
10. Place a Plate 2x2 on the 1x1s outside pegs pointing away from the 2x4s
11. Place a Bric2snap Adapter 1x2 on top part of the Plate 2x2

Pillar Type 1

12. Place a Bric2snap Adapter 1x2 on top of a two Plate 2x2 on top of each other

First Layer

13. Place a Bric2snap Adapter 1x2 on H10-H11
14. Place a Bric2snap Adapter 1x2 on H17-H18
15. Place a Plate 2x2 on O12-P13
16. Place Pillar Type 1 on H24-I25 with the adapter on H24-H25
17. Light Stand Type 1 on A9-B12
18. Light Stand Type 2 on A28-B31

Second Layer

19. Place the Battery Holder (B3) on the two Bric2snap Adapters, H15-H16 and H22-H23 and on top of the Plate 2x2

Third Layer

20. Place Slide Switch (S1) on the positive side of the Battery Holder (B3) H15-H16 and on Pillar Type 1 at H22-H23
21. Jumper Wire short (Blue) on Battery Holder (B3)’s negative side H8-H9 and on the horizontal 3D Snap adapter on the Pillar Type 1
22. Jumper Wire short (Blue) on the right side of the Slide Switch (S1) H22-H23 and on the horizontal 3D snap adapter on the Pillar Type 2 placed on A27-B30
23. Place the Light assembly in between the Pillar Type 2's by snapping the two short Jumper Wire (Blue)s from steps 21 and 22 on both left and right 3D Snap Adaptors of the horizontal light assembly and then to left and right Pillar Type 1's

Project 6: CROSS OF LIGHTS¶

Build the circuit as described below, and turn on the slide switch (S1). Four LEDs and a lamp light.

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Plate 2x2 (1)
• Plate 2x12 (2)
• Brick 1x2 (18)
• Brick 1x12 (2)
• Brick 1x1, 3-Sided (2)
• Slide Switch S1 (2)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color LED 2 (1)
• Battery Holder B3 (1)
• Jumper Wire long (Orange) (2)
• 3D Snap (2)

Light Holder

1. Make two stacks of eight 1x2s
2. Stack two Plate 2x2s and put them on top of the two pillars on the far side of the plate
3. Place a Brick 1x2 on the end of one side of the stack of plates
4. Place another Brick 1x2 on the other end of the stack of plates
5. Place two Brick 1x1 one peg away from the Brick 1x2s on the Plate
6. Stack two Brick 1x12 on top of the Brick 1x1 and the Brick 1x2s
7. Place a Brick 1x1 two pegs away from the end of the 1x12
8. Place another Brick 1x1 two pegs away from the other end
9. Place Bric2snap Adapter 1x1s on each of the Brick 1x1 on the front of the Light Holder

Light

10. Place two 3-Snap Wire parallel with each other about a peg away from each other
11. Place a Blink Red LED (D11) on the middle of both 3-Snap Wires with the positive on the left Snap Wire
12. Place a 4.5V Lamp (L4) on the ends the 3-Snap Wires
13. Place a Blue LED (D9) on the the negative end of the Blink Red LED (D11) and hanging off the 3-Snap Wire over the Lamp
14. Place a Color2 LED (D12) on the positive side of the Blink Red LED (D11) and hanging off the 3-Snap Wire over the Lamp
15. Place a Color LED (D8) underneath the bottom of the Blue LED (D9) and the Color2 LED (D12) with the positive side attached to the Blue LED (D9)

First Layer

16. Place a Bric2snap Adapter 1x1 on F14
17. Place a Bric2snap Adapter 1x1 on F21
18. Place a Bric2snap Adapter 1x1 on M14
19. Place a Bric2snap Adapter 1x1 on M21
20. Place a Plate 2x2 on I28-J29
21. Place the Light Holder on D14-D15 and O14-O15 with the front pointing left

Second Layer

22. Jumper Wire long (Orange) 1 on Bric2snap Adapter 1x1 on F14
23. Jumper Wire long (Orange) 2 on Bric2snap Adapter 1x1 on M14
24. Place Battery Holder (B3) with the positive side on Bric2snap Adapter F21 and the negative side on Bric2snap Adapter M21

Third Layer

25. Place a 3-Snap Wire on the Jumper Wire long (Orange) 1 and on the positive side of the Battery Holder (B3) F21
26. Place a Slide Switch (S1) on Jumper Wire long (Orange) 2 and on the negative side of the Battery Holder (B3) M21

Fourth Layer

27. Place a 3D Snap on the 3-Snap Wire and on the Jumper Wire on F14 and where the pegs are facing away from the Battery Holder (B3) and toward the Slide Switch
28. Place a 3D Snap on the Slide Switch (S1) M14 on the Jumper Wire where the pegs are facing away from the Battery Holder (B3) and toward the 3-Snap Wire

Fifth Layer

29. Place Jumper Wire long (Orange) 1 also on the Bric2snap Adapter 1x1 that is on the Slide Switch’s side, M14
30. Place Jumper Wire long (Orange) 2 also on the Bric2snap Adapter 1x1 that is on the 3-Snap Wire’s side, F14
31. Place the Light on the Light post with the bottom of the 3-Snap Wires attaching to the 3D Snap pegs facing away from the Battery Holder (B3), the top of the 3-Snap Wire is attached to the first layer of the Bric2snap Adapter 1x1s, and the light is finally attached on each side of the Color LED (D8) connected to the top layer Bric2snap Adapter 1x1s attached to the Jumper Wires long (Orange)

Project 7: BRIC TOWER¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light, and the melody IC (U32) plays tunes. The 3D snaps allow the blue and blink red LEDs to be rotated to shine in different directions. Dim the room lights for best effects.
You can omit the sound by removing the melody IC (move the blink red LED (D11) to where the melody IC was).

Parts Needed

• Bric2snap Adapter 1x1 (4)
• Bric2snap Adapter 1x2 (5)
• Plate 2x2 (7)
• Plate 2x12 (6)
• Brick 1x1, 3-Sided (2)
• Brick 1x2 (33)
• Brick 1x3 (8)
• Brick 1x4 (11)
• Brick 2x2 (18)
• Brick 2x4 (6)
• Brick 1x6 (10)
• Brick 2x6 (8)
• Brick 1x10 (2)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (1)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Melody IC U32 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (2)
• 3D Snap (2)

Light

1. Place the Blue LED (D9) upside down with the positive side on the right
2. Attach one 3D Snap on the right side with the hole facing away from the light
3. Attach the other 3D Snap on the left side with the hole facing away from the light
4. Attach the Color 2 LED (D12) to the leftover connectors on the 3D Snap with the positive on the right

Light Holder

5. Place two Brick 1x10s by each other flushed with each other
6. Place a Bric2snap Adapter 1x2 on the end of the 1x10s on the left
7. Place a Bric2snap Adapter 1x2 2 pegs away from the other end of the 1x10s
8. Place two Brick 1x1s underneath the 1x10s 1 peg closer to the end then the Bric2snap Adapter 1x2 with the outside pegs being put into the 1x10s
9. Place a Bric2snap Adapter 1x2 on the outside pegs of the Brick 1x1s

Roof Piece 1

10. Make two stacks Brick 1x2s with the stack having 5 in each stack
11. Make two stacks of Brick 2x2s with the stack having 5 in each stack
12. Connect the stacks of 2x2s with a 1x6 with two pegs between them and a 1x4 also connecting them with two pegs still between the Bricks
13. Connect the stacks of 1x2s with a 1x4 with two pegs between them
14. Connect the stacks of 2x2 and 1x2s with two 1x6s

Roof Piece 2 x2

15. Make a stack of Brick 1x2s with the stack having 3 in the stack
16. Make a stack of Brick 2x2s with the stack having 3 in the stack

Bric Layer 1

17. Place a 1x12 on C2-N2
18. Place a 1x12 on N3-N14
19. Place a 1x2 on C3-C4
20. Place a 1x10 on C5-C14
21. Place Bric2snap Adapter 1x1 on E5
22. Place Bric2snap Adapter 1x1 on L5
23. Place Bric2snap Adapter 1x1 on E12
24. Place Bric2snap Adapter 1x1 on L12
25. Place Brick 2x4 on G8-J9
26. Place Plate 2x2 on H18-I19

Bric Layer 2

27. Place a 1x12 on C2-N2
28. Place a 1x12 on N3-N14
29. Place a 1x2 on C3-C4
30. Place a 1x10 on C5-C14
31. Place Brick 2x4 on G8-J9

First Layer

32. Place a Melody IC (U32) on the 2 Bric2snap Adapter 1x1s on the left with the positive side on the adapter farther away from you on E5
33. Place the Battery Holder (B3) on the two remaining Bric2snap Adapter 1x1s, positive E12, negative L12

Second Layer

34. Place a Slide Switch (S1) on the negative side of the Battery Holder (B3) L12 and on the negative side of the Melody IC (U32) L5
35. Place a 3-Snap Wire on the positive side of both the Battery Holder (B3) E12 and the Melody IC (U32) E5

Bric Layer 3

36. Place a 1x6 on C2-C7
37. Place a 1x4 on C11-C14
38. Place a 1x4 on N2-N5
39. Place a 1x4 on N11-N14
40. Place a 1x3 on D2-F2
41. Place a 1x3 on K2-M2
42. Place a 1x3 on C8-C10
43. Place Brick 2x4 on G8-J9

Third Layer

44. Place a Blink Red LED (D11) on the 3-Snap Wire on E5 and the Slide Switch (S1) attached on top of the Melody IC (U32) on L5 with the positive on the 3-Snap Wire on E5

Fourth Layer

45. Place a Jumper Wire long (Orange) on the negative end of the Blink Red LED (D11) on L5
46. Place a Jumper Wire short (Blue ) on the positive end of the Blink Red LED (D11) on E5

Bric Layer 4

47. Place a 1x4 on K2-N2
48. Place a 1x4 on N11-N14
49. Place a 1x4 on C2-F2
50. Place a 1x3 on N3-N5
51. Place a 1x2 on C3-C4
52. Place a 1x2 on C7-C8
53. Place a 1x2 on C13-C14
54. Place Brick 2x4 on G8-J9

Bric Layer 5

55. Place a 1x4 on N2-N5
56. Place a 1x4 on N11-N14
57. Place a 1x3 on M2-K2
58. Place a 1x3 on C2-C4
59. Place a 1x3 on D2-F2
60. Place a 1x2 on C7-C8
61. Place a 1x2 on C13-C14
62. Place Brick 2x4 on G8-J9

Bric Layer 6

63. Place a 1x12 on C2-N2
64. Place a 1x12 on C13-N13
65. Place a 1x12 on C14-N14
66. Place a 1x3 on N3-N5
67. Place a 1x2 on N11-N12
68. Place a 1x2 on C3-C4
69. Place a 1x2 on C7-C8
70. Place Brick 2x4 on G8-J9

Bric Layer 7

71. Place a Plate 2x12 on C14-N14 with the other half over the edge
72. Place a Plate 2x12 on N2-M13
73. Place a Plate 2x12 on K2-L13
74. Place a Plate 2x12 on H2-G13
75. Place a Plate 2x12 on F2-E13
76. Place a Plate 2x12 on D2-E13
77. Place a Plate 2x2 on I2-J2 with the other half over the edge
78. Place a Plate 2x2 on I8-J9

Bric Layer 8

79. Place a Brick 2x6 on L5-M10
80. Place a Brick 2x6 on G13-L14
81. Place a Brick 1x2 on L11-L12
82. Place a Brick 1x2 on G11-G12
83. Place a Brick 1x6 on G5-G10
84. Place a Bric2snap Adapter 1x2 on I2-J2
85. Place a Bric2snap Adapter 1x2 on I9-J9

Fifth Layer

86. Place the 4.5V Lamp (L4) on the adapters on the roof at G2-H2 and G9-H9

Sixth Layer

87. Place the end of the previously placed Jumper Wire short (Blue) on the 4.5V Lamp’s side that is closer to the smaller hole on adapter G9-H9
88. Place the Light assembly, vertically on the other end of the 4.5V Lamp (L4) at G2-H2 with the positives of the LED on the top

Seventh Layer

89. Place another Jumper Wire short (Blue) on the Jumper Wire on the 4.5V Lamp (L4) at G9-H9 and on the peg inside of the Lights 3D Snap adapter on the top of the Light assembly
90. Place the other end of the Jumper Wire long (Orange) that is on L5 to the peg inside the Light assembly on the bottom at G2-H2

Eighth Layer

91. Place a Jumper Wire long (Orange) on top of the other Jumper Wire long (Orange) on the Light assembly on G2-H2
92. Place a Jumper Wire short (Blue) on underneath the other Jumper Wire short (Blue) on the top of the Light assemblies 3D Snap adapter

Bric Layer 9

93. Place the Roof Piece 1 with the 2x2 stacks on L5-M6 and L9-M10 and with the 1x2 stacks on G5-G6 and G9-G10

Bric Layer 10

94. Place a Roof Piece 2 with the 2x2s on L5-M6 and with the 1x2s on G5-G6
95. Place a Roof Piece 2 with the 2x2s on L9-M10 and with the 1x2s on G9-G10

Bric Layer 11

96. Place a Brick 1x6 on L5-L10
97. Place a Brick 1x6 on G5-G10
98. Place a Plate 2x2 on I5-J6
99. Place a Plate 2x2 on I9-J10

Bric Layer 12

100. Place a Brick 1x6 on L5-L10
101. Place a Brick 1x6 on G5-G10
102. Place a Plate 2x2 on I5-J6
103. Place a Plate 2x2 on I9-J10
104. Place the Light Holder on I5-J10

Ninth Layer

105. Place the Color LED (D8) on the Light Holder with the positive side on the part of the holder that hangs off and the negative side on G8-H8

Tenth Layer

106. Place the other end of the Jumper Wire short (Blue) on the positive side of the LED at G3-H3
107. Place the other end of the Jumper Wire long (Orange) on the negative side of the LED at G10-H10

Bric Layer 13

108. Place a Brick 1x6 on L5-L10
109. Place a Brick 1x6 on G5-G10

Eleventh Layer

110. Place a Mounting Base with a Fiber Optic Tree on the top of the Color LED (D8) in the middle, covering the LED, between G3-H3 and G10-H10

Bric Layer 14

111. Place a Brick 2x2 on L4-L5 with it hanging off the side
112. Place a Brick 2x2 on L9-L10
113. Place a Brick 2x2 on G4-G5 with it hanging off the side
114. Place a Brick 2x2 on G9-G10

Bric Layer 15

115. Place a Brick 2x6 on G4-L5
116. Place a Brick 2x6 on G9-L10

Bric Layer 16

117. Place a Brick 2x2 on I8-J9
118. Place a Brick 2x2 on I5-J6
119. Place a Brick 2x6 on G4-M5
120. Place a Brick 2x6 on G9-M10

Bric Layer 17

121. Place a Brick 1x2 on K6-K7
122. Place a Brick 1x3 on I5-K5
123. Place a Brick 1x3 on H5-H7
124. Place a Brick 1x4 on H8-K8

Note: You can omit the sound by removing the melody IC (move the blink red LED (D11) to where the melody IC was).

Add 2 wires, one end left loose.

Project 8: BRIC BRIDGE¶

Note: if one of the blue jumper wires is a tight fit, then use an orange one instead.

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light, and the melody IC (U32) plays tunes. The 3D snaps allow the blue and blink red LEDs to be rotated to shine in different directions. Dim the room lights for best effects. You can omit the sound by removing the melody IC (move the color LED (D8) to where the melody IC was).

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Bric2snap Adapter 1x2 (2)
• Plate 2x2 (8)
• Plate 2x12 (6)
• Brick 1x1, 3-Sided (4)
• Brick 1x2 (10)
• Brick 1x3 (8)
• Brick 1x4 (4)
• Brick 2x2 (15)
• Brick 2x4 (4)
• Brick 2x6 (8)
• Brick 1x10 (4)
• Brick 1x12 (6)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Melody IC U32 (1)
• Lined Lens LED Attachment (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (1)
• Jumper Wire (Blue) (3)
• 3D Snap (2)

Pillar Type 1 x2

1. Connect two Brick 2x2 with a Brick 1x10 with 6 pegs in between them
2. Also connect the 2x2s with a Brick 1x12 with 6 pegs between them and one peg over the side of each Brick 2x2
3. Put a Brick 2x6 on top of the connectors with the Brick being on the 6 pegs between them
4. Put a Brick 2x6 on either side of the 2x6 hanging of the side with 1 peg hanging off on the 1x12 side and 3 pegs on the 1x10 side

Pillar Type 2

5. Stack two Plate 2x2s
6. Stack three Brick 2x2s on top of the Plate 2x2s

Light

7. Place the Blink Red LED (D11) upside down with the positive side on the right
8. Attach one 3D Snap on the right side with the hole facing away from the light
9. Attach the other 3D Snap on the left side with the hole facing away from the light
10. Attach the Color LED (D8) to the leftover connecters on the 3D Snap with the positive on the right

Light Holder x2

11. Stack two Brick 2x2s
12. Put two Brick 1x1s on the stack next to each other
13. Put a Bric2snap Adapter 1x2 on the outside pegs of both of the Brick 1x1s

Bric Layer 1

14. Place a Pillar Type 1 on D10-E11 and L10-M11 with the connecter Brick 1x10 on the left
15. Place a Pillar Type 1 on D22-E23 and L22-M23 with the connecter Brick 1x10 on the right
16. Place the Pillar Type 2 on H31-I32

Bric Layer 2

17. Place a Plate 2x12 on D7-E10 with 8 pegs over the left side
18. Place a Plate 2x12 on D11-E22 connecting the two Pillar Type 1s with 8 pegs between them
19. Place a Plate 2x12 on D23-E26 with 8 pegs over the right side
20. Place a Plate 2x12 on L7-M10 with 8 pegs over the left side
21. Place a Plate 2x12 on L11-M22 connecting the two Pillar Type 1s with 8 pegs between them
22. Place a Plate 2x12 on L23-M26 with 8 pegs over the right side
23. Place a Brick 1x12 on H11-H22
24. Place a Brick 1x12 on I11-I22
25. Place a Brick 2x2 on H9-I10
26. Place a Brick 2x2 on H23-I24
27. Place a Brick 1x2 on G10-G11
28. Place a Brick 1x2 on J10-J11
29. Place a Brick 1x2 on G22-G23
30. Place a Brick 1x2 on J22-J23

Bric Layer 3

31. Place a Plate 2x2 on D10-E11
32. Place a Plate 2x2 on D22-E23
33. Place a Plate 2x2 on L10-M11
34. Place a Plate 2x2 on L22-M23
35. Place a Plate 2x2 on L19-M20
36. Place a Brick 1x4 on G10-J10
37. Place a Brick 1x4 on G11-J11
38. Place a Brick 1x4 on G22-J22
39. Place a Brick 1x4 on G23-J23
40. Place a Brick 1x10 on D(-1)-E(-2)
41. Place a Brick 1x10 on L(-1)-M(-2)
42. Place a Brick 1x2 on H9-I9
43. Place a Brick 1x2 on H24-I24
44. Place a Bric2snap Adapter 1x1 on E6
45. Place a Bric2snap Adapter 1x1 on E13
46. Place a Bric2snap Adapter 1x1 on E20
47. Place a Bric2snap Adapter 1x1 on E27
48. Place a Bric2snap Adapter 1x1 on L6
49. Place a Bric2snap Adapter 1x1 on L13
50. Place a Bric2snap Adapter 1x1 on L27

Bric Layer 4

51. Place a Plate 2x2 on L22-M23
52. Place a Brick 1x3 on H9-H11
53. Place a Brick 1x3 on I9-I11
54. Place a Brick 1x3 on I22-I24
55. Place a Brick 1x3 on H22-I24

First Layer

56. Place the Melody IC (U32) on the two adapters on the far left with the positive on E6 and negative on L6
57. Place a 3-Snap Wire on adapter E13 and on adapter E20
58. Place the Battery Holder (B3) on adapter E27 and adapter L27 with the positive side on adapter E27
59. Place a Jumper Wire short (Blue) on adapter L13.

Note: If one of the blue wire is a tight fit, you may substitute a long (Orange) wire.

Bric Layer 5

60. Place a Bric2snap Adapter 1x1 on L20
61. Place a Brick 2x2 on H10-I11
62. Place a Brick 2x2 on H22-I23
63. Place a Brick 1x2 on H9-I9
64. Place a Brick 1x2 on H24-I24

Second Layer

65. Place a 3-Snap Wire on the 3-Snap Wire and on the positive side of the Melody IC (U32) E6
66. Place a 3-Snap Wire on the Jumper Wire short (Blue) and on the negative side of the Melody IC (U32) L6
67. Place the other end of the previous Jumper Wire short (Blue) on the negative side of the Battery Holder (B3) L27
68. Place a Jumper Wire (Blue) on adapter L20 and on top of the Jumper Wire short (Blue) on the Battery Holder (B3) L27
69. Place the Slide Switch (S1) on the 3-Snap Wire and on the positive side of the Battery Holder (B3) E27

Bric Layer 6

70. Place a Brick 1x3 on H9-H11
71. Place a Brick 1x3 on I9-I11
72. Place a Brick 1x3 on H22-H24
73. Place a Brick 1x3 on I22-I24

Third Layer

74. Place the 4.5V Lamp (L4) on both 3-Snap Wires connected to the Jumper Wire short (Blue) and the other 3-Snap Wire
75. Place the Color LED (D8) on both 3-Snap Wires connected to the Melody IC (U32) at E6 with the negative side on the one closer to you on L6
76. Place the Blue LED (D9) on Slide Switch (S1) E20, and on the Jumper Wire short (Blue) on L20 adapter with the positive side on the Slide Switch (S1), E20

Bric Layer 7

77. Place a Brick 2x4 on H8-I11
78. Place a Brick 2x4 on H22-I25

Fourth Layer

79. Place the Lined Lens LED Attachment on top of the Color LED (D8), In the center, covering the LED

Bric Layer 8

80. Place a Brick 2x4 on H8-I11
81. Place a Brick 2x4 on H22-I25

Bric Layer 9

82. Place a Brick 1x12 on H11-H22
83. Place a Brick 1x12 on I11-I22
84. Place a Brick 2x6 on F9-K10
85. Place a Brick 2x6 on F23-K24
86. Place a Brick 1x2 on H8-I8
87. Place a Brick 1x2 on H25-I25

Bric Layer 10

88. Place a Light Holder on H9-I10 with the adapter facing right
89. Attach the 3D Snap Light to the Light Holder with the positive on the left adapter
90. Place a Light Holder on H23-I24 with the adapter facing left and attaching to the other end of the light

Fifth Layer

91. Place a Jumper Wire long (Orange) on the inside of the light on the negative side and on the positive side of the Blue LED (D9)
92. Place the Jumper Wire short (Blue) on the inside of the light on positive side and on the Blue LED (D9) on the negative side

Project 9: HOUSE OF LIGHTS¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light. The 3D snaps allow the blue and color2 LEDs to be rotated to shine in different directions. Dim the room lights for best effects.

You can add sound by replacing the lamp (L4) with the melody IC (“+” side should be away from the S1 switch). You can also change the locations of the LEDs and lamp with each other.

Parts Needed

• Bric2snap Adapter 1x1 (6)
• Bric2snap Adapter 1x2 (2)
• Plate 2x2 (3)
• Plate 2x12 (6)
• Brick 1x1, 3-Sided (4)
• Brick 1x2 (33)
• Brick 1x3 (2)
• Brick 1x4 (10)
• Brick 2x2 (18)
• Brick 2x4 (5)
• Brick 2x6 (6)
• Brick 1x10 (3)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (1)
• Jumper Wire (Blue) (1)
• 3D Snap (2)
• Mounting Base (1)
• Fiber Optic Tree (1)

Light Holder x2

1. Place a Brick 2x2 on the far edge of a Brick 2x6
2. Place a Brick 2x4 on the Brick flushed with the Brick 1x2
3. Place a stack of three Brick 2x2s on the Brick 1x2 and on the Brick 2x4
4. Place a Brick 2x2 next to the stack of Brick 2x2s
5. Place a Brick 1x2 on Brick 2x2
6. Place two Brick 1x1s on the Brick 1x2 with the outside pegs facing away from the stack of Brick 2x2s with a Bric2snap Adapter 1x2 connecting the outside pegs
7. Place a Brick 2x4 on top of the Brick 1x1s and the Brick 2x2s

Light

8. Place the Color2 LED (D12) upside down with the positive side on the right
9. Attach one 3D Snap on the right side with the hole facing away from the light
10. Attach the other 3D Snap on the left side with the hole facing away from the light
11. Attach the Blue LED (D9) to the leftover connectors on the 3D Snap with the positive on the right

Bric Tower

12. Stack eight Brick 2x2s

Bric Layer 1

13. Place a Brick 1x12 on C3-N3
14. Place a Brick 1x10 on C4-C13
15. Place a Brick 1x6 on C14-C19
16. Place a Brick 1x6 on N4-N9
17. Place a Brick 1x6 on N10-N15
18. Place a Brick 1x6 on N16-N21
19. Place a Plate 2x2 on H26-I27
20. Place a Brick 1x2 on C20-C21
21. Place a Bric2snap Adapter 1x1 on E5
22. Place a Bric2snap Adapter 1x1 on E12
23. Place a Bric2snap Adapter 1x1 on E19
24. Place a Bric2snap Adapter 1x1 on L5
25. Place a Bric2snap Adapter 1x1 on L12
26. Place a Bric2snap Adapter 1x1 on L19

Bric Layer 2

27. Place a Brick 1x12 on C3-N3
28. Place a Brick 1x10 on C12-C21
29. Place a Brick 1x6 on N4-N9
30. Place a Brick 1x6 on N10-N15
31. Place a Brick 1x6 on N16-N21
32. Place a Brick 1x4 on C6-C9
33. Place a Brick 1x2 on C4-C5
34. Place a Brick 1x2 on C10-C11

First Layer

35. Place the Battery Holder (B3) on E19-L19 with positive on E19
36. Place a 3-Snap Wire on E4-E11
37. Place a 3-Snap Wire on K4-K11

Second Layer

38. Place a 3-Snap Wire on the positive side of the Battery Holder (B3) E19 and on the 3-Snap Wire at E12
39. Place the Slide Switch (S1) on the 3-Snap Wire on L12 and on the negative side of the Battery Holder (B3) L19
40. Place a Blink Red LED (D11) on the end of both 3-Snap Wires from the last layer with the positive side on the E row at E5
41. Place a Color LED (D8) in the middle of both 3-Snap Wires at E8-E9 from the last layer, positive side on the E row

Bric Layer 3

42. Place a Brick 1x6 on C16-C21
43. Place a Brick 1x6 on N6-N11
44. Place a Brick 1x4 on N18-N21
45. Place a Brick 1x2 on C3-D3
46. Place a Brick 1x2 on C6-C7
47. Place a Brick 1x2 on C14-C15
48. Place a Brick 1x2 on F3-G3
49. Place a Brick 1x2 on J3-K3
50. Place a Brick 1x2 on M3-N3

Bric Layer 4

51. Place a Brick 1x6 on N6-N11
52. Place a Brick 1x4 on N18-N21
53. Place a Brick 1x3 on C14-C16
54. Place a Brick 1x3 on C17-C19
55. Place a Brick 1x2 on C20-C21
56. Place a Brick 1x2 on C3-D3
57. Place a Brick 1x2 on C6-C7
58. Place a Brick 1x2 on F3-G3
59. Place a Brick 1x2 on J3-K3
60. Place a Brick 1x2 on M3-N3

Third Layer

61. Place a 4.5V Lamp (L4) on the end of the 3-Snap Wire E12 and on the Slide Switch (S1) L12
62. Place a Jumper Wire long (Orange) on the negative end of the Color LED (D8) L8-L9
63. Place a Jumper Wire short (Blue) on the positive side of the Blink Red LED (D11) on E5
64. Place the Mounting Base with the Fiber Optic Tree on top the Color LED (D8)

Bric Layer 5

65. Place a Brick 1x6 on N6-N11
66. Place a Brick 1x4 on C14-C17
67. Place a Brick 1x4 on C18-C21
68. Place a Brick 1x4 on N18-N21
69. Place a Brick 1x2 on C3-D3
70. Place a Brick 1x2 on C6-C7
71. Place a Brick 1x2 on F3-G3
72. Place a Brick 1x2 on J3-K3
73. Place a Brick 1x2 on M3-N3

Bric Layer 6

74. Place a Brick 1x12 on C7-N7
75. Place a Brick 1x12 on C18-N18
76. Place a Brick 1x12 on C19-N19
77. Place a Brick 1x12 on C20-N20
78. Place a Brick 1x12 on C21-N21
79. Place a Brick 1x10 on D3-M3
80. Place a Brick 1x4 on C3-C6
81. Place a Brick 1x4 on N3-N6
82. Place a Brick 1x2 on C14-C15
83. Place a Brick 1x2 on C16-C17
84. Place a Brick 1x2 on N8-N9
85. Place a Brick 1x2 on N10-N11

Bric Layer 7

86. Place a Plate 2x12 on C3-N4
87. Place a Plate 2x12 on C5-N6
88. Place a Plate 2x12 on C7-D18
89. Place a Plate 2x12 on E7-F18
90. Place a Plate 2x12 on K7-L18
91. Place a Plate 2x12 on M7-N18
92. Place a Brick 2x6 on G17-H22
93. Place a Brick 2x6 on I17-J22
94. Place a Brick 2x4 on E19-F22
95. Place a Brick 2x4 on M19-N22
96. Place a Brick 2x2 on K19-L20
97. Place a Brick 2x2 on K21-L22
98. Place a Plate 2x2 on C19-D20
99. Place a Plate 2x2 on C21-D22

Bric Layer 8

100. Place a Light Holder on C3-D8
101. Place a Light Holder on C17-D22
102. Place the Bic Tower on H19-I20
103. Place a Brick 2x6 on F6-K7
104. Place a Brick 2x6 on F10-K11
105. Place a Brick 1x2 on F8-F9
106. Place a Brick 1x2 on K8-K9

Bric Layer 9

107. Place a Brick 1x4 on G7-G10
108. Place a Brick 1x4 on J7-J10
109. Place a Brick 1x2 on H7-I7
110. Place a Brick 1x2 on H10-I10

Fourth Layer

111. Place the Light assembly on both Light Holder adapters
112. Place the other end of the Jumper Wire short (Blue) on the inside of the Light on the left, positive side
113. Place the other end of the Jumper Wire long (Orange) on the inside of the Light on the right, negative side

Project 10: BRIC MAMMAL¶

Build the circuit as described below, and turn on the slide switch (S1). The LEDs (D11, & D12) light.
If you look straight at the structure it resembles a mammal, with eyes that light up. You can adjust the position of the wires so they are less visible. You can replace the LEDs with different ones if desired.

Parts Needed

• Bric2snap Adapter 1x1 (7)
• Plate 2x2 (3)
• Plate 2x12 (4)
• Brick 1x1, 3-Sided (4)
• Brick 1x2 (15)
• Brick 1x3 (10)
• Brick 1x4 (10)
• Brick 2x2 (17)
• Brick 2x4 (2)
• Brick 2x6 (2)
• Brick 1x10 (4)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (2)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (1)
• Jumper Wire (Blue) (1)

Bric Post 1 x3

1. Stack four Brick 2x2s on two Brick 1x3 next to each other flushed

Bric Post 2

2. Stack four Brick 2x2s on a Brick 2x2 and a Brick 1x2 next to each other flushed

Front Cat Face

3. Place a Brick 1x1 on the end of a Brick 1x10
4. Place a Brick 1x6 next to the Brick 1x1
5. Place a Brick 1x1 next to the Brick 1x6
6. Place two Brick 1x4s next to each other on top of the 1x6 and the 1x1s
7. Stack three 1x6s in the middle of the 1x4s
8. Place two Brick 1x4 next to each other on the 1x6s equally sticking off the edge
9. Place two Brick 1x1s on the end of each Brick 1x4 with a Brick 1x6 between them
10. Place a Bric2snap Adapter 1x1 on each Brick 1x1

Light Cat Face

11. Place a 3-Snap Wire on the Bric2snap Adapter 1x1s towards the top
12. Place a 3-Snap Wire on the Bric2snap Adapter 1x1s towards the bottom
13. Place a Blink Red LED (D11) on the far left of the 3-Snap Wire connecting them with the positive side in the top 3-Snap Wire
14. Places a Color2 LED (D12) on the middle of the 3-Snap Wires connecting them with the positive side in the top 3-Snap Wire
15. Place a Jumper Wire short (Blue) on the bottom 3-Snap Wire on the far right
16. Place a Jumper Wire long (Orange) on the top 3-Snap Wire on the far right

Bric Layer 1

17. Place a Bric Post 1 on J4-K6
18. Place a Bric Post 1 on N6-O8
19. Place a Bric Post 1 on J16-K18
20. Place a Bric Post 2 on N18-O20
21. Place a stack of two Plate 2x2 on A5-B6
22. Place a Plate 2x2 on D20-E21
23. Place a Bric2snap Adapter 1x1 on A13
24. Place a Bric2snap Adapter 1x1 on H13

Bric Layer 2

25. Place a Bric2snap Adapter 1x1 on A6
26. Place a Plate 2x12 on J2-K13
27. Place a Plate 2x12 on J14-K25
28. Place a Plate 2x12 on N2-O13
29. Place a Plate 2x12 on N14-O25

First Layer

30. Place the Battery Holder (B3) on A13-H13 with the positive side on A13

Second Layer

31. Place the Slide Switch (S1) on A5 and the positive side of the Battery Holder (B3) on A13

Bric Layer 3

32. Place a Brick 2x6 on J13-O14
33. Place a Brick 2x6 on J24-O25
34. Place a Brick 2x4 on K17-N18
35. Place a Brick 2x4 on K20-N21
36. Place a Brick 1x6 on J2-O2
37. Place a Brick 1x6 on O3-O8
38. Place a Brick 1x6 on O15-O20
39. Place a Brick 1x4 on O9-O12
40. Place a Brick 1x3 on O21-O23

Bric Layer 4

41. Place the Light Cat Face on J3-J12
42. Place a Brick 1x12 on O2-O13
43. Place a Brick 1x4 on O15-O18
44. Place a Brick 1x4 on O19-O22
45. Place a Brick 1x4 on O23-O26

Third Layer

46. Place the other end of the Jumper Wire short (Blue) on the negative side of the Battery Holder (B3) on H13
47. Place the other end of the Jumper Wire long (Orange) on the Slide Switch (S1) on the adapter A6

Bric Layer 5

48. Place a Brick 1x12 on O2-O13
49. Place a Brick 1x12 on O15-O26

Bric Layer 6

50. Place a Brick 1x12 on O2-O13
51. Place a Brick 1x10 on O14-O23
52. Place a Brick 1x4 on O24-O27

Bric Layer 7

53. Place a Brick 1x12 on O12-O23
54. Place a Brick 1x3 on O26-O28
55. Place a Brick 1x2 on O2-O3
56. Place a Brick 1x2 on O6-O7
57. Place a Brick 1x2 on O10-O11
58. Place a Brick 1x2 on O24-O25

Bric Layer 8

59. Place a Brick 1x10 on O20-O29
60. Place a Brick 1x2 on O2-O3
61. Place a Brick 1x2 on O6-O7
62. Place a Brick 1x2 on O10-O11

Bric Layer 9

63. Place a Brick 1x10 on O2-O11
64. Place a Brick 1x6 on O22-O27
65. Place a Brick 1x3 on O28-O30

Bric Layer 10

66. Place a Brick 1x12 on O1-O12
67. Place a Brick 1x6 on O26-O31

Bric Layer 11

68. Place a Brick 1x12 on O1-O12
69. Place a Brick 1x4 on O29-O32

Bric Layer 12

70. Place a Brick 1x3 on O31-O33
71. Place a Brick 1x2 on O3-O4
72. Place a Brick 1x2 on O9-O10

Bric Layer 13

73. Place a Brick 1x2 on O3-O4
74. Place a Brick 1x2 on O9-O10
75. Place a Brick 1x2 on O33-O34

Project 11: LED IN SERIES & PARALLEL¶

Build the circuit as described below, and turn on the slide switch (S1). The LEDs (D8, D11, & D12) light; watch how their patterns change.
Try swapping the LED locations and replacing one with the blue LED (D9),; try all combinations and see how the effects change. You can also place the unused 3-snap wire where the color2 LED is and see how the circuit changes.

Parts Needed

• Bric2snap Adapter 2x2 (6)
• Plate 2x2 (1)
• Slide Switch S1 (1)
• 3-snap wire (2)
• Color LED D8 (1)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Battery Holder B3 (1)

Bric Layer 1

1. Place a Bric2snap Adapter 2x2 on C3-D4
2. Place a Bric2snap Adapter 2x2 on C10-D11
3. Place a Bric2snap Adapter 2x2 on C17-D18
4. Place a Bric2snap Adapter 2x2 on J3-K4
5. Place a Bric2snap Adapter 2x2 on J10-K11
6. Place a Bric2snap Adapter 2x2 on J17-K18
7. Place a Plate 2x2 on F24-G25

First Layer

8. Place the Battery Holder (B3) on the adapter C17-D18 and on the adapter J17-K18 with the positive on the C17-D18 adapter
9. Place a 3-Snap Wire on the adapter C3-D4 and C10-D11
10. Place a 3-Snap Wire on the adapter J3-K4 and J10-K11

Second Layer

11. Place the Slide Switch (S1) on the 3-Snap Wire on K10-L11 and on the negative side of the Battery Holder (B3) on K18-L19
12. Place the Color2 LED (D12) on the 3-Snap Wire on C10-D11 and on the positive side of the Battery Holder (B3) at C18-D19 with the positive side of the LED on the Battery Holder (B3)
13. Place the Blink Red LED (D11) on the middle of both 3-Snap Wires at C6-D7 with the positive side on C6-D7
14. Place the Color LED (D8) on the end of each 3-Snap Wires at C2-D3 and K2-L3 with the positive side on C2-D3

Project 12: BRIC BUILDING¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light, and the melody IC (U32) plays tunes. The 3D snaps allow the blue and color2 LEDs to be rotated to shine in different directions. Dim the room lights for best effects.
You can remove the melody IC if desired, just shift the blink red LED (D11) to where the melody IC was.

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Bric2snap Adapter 1x2 (1)
• Plate 2x2 (2)
• Plate 2x12 (6)
• Brick 1x1, 3-Sided (2)
• Brick 1x2 (33)
• Brick 1x3 (10)
• Brick 1x4 (10)
• Brick 2x2 (16)
• Brick 2x6 (2)
• Brick 1x10 (4)
• Brick 1x12 (6)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Melody IC U32 (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (1)
• 3D Snap (2)
• Mounting Base (1)
• Fiber Optic Tree (1)

Bric Tower 1 x2

1. Stack five Brick 2x2s

Bric Tower 2

2. Stack six Brick 2x2s

Bric Tower 3 x4

3. Stack five Brick 1x2s

Bric Tower 4

4. Stack ten Brick 1x2s

Bric Tower 5

5. Stack ten Brick 1x3s

Bric Tower 6

6. Stack ten Brick 1x4s

Bric Tower 7

7. Stack ten Brick 1x6s

Light

8. Place the Color2 LED (D12) upside down with the positive side on the right
9. Attach one 3D Snap on the right side with the hole facing away from the light
10. Attach the other 3D Snap on the left side with the hole facing away from the light
11. Attach the Blue LED (D9) to the leftover connectors on the 3D Snap with the positive on the right

Light Holder

12. Place a Brick 2x6 upside down with the width facing away from you
13. Place two Brick 1x1s on the far left hand end of the Brick 2x6 with the outside peg down in the Bric with the top peg facing left and flushed with each other
14. Place a Bric2snap Adapter 1x2 on the outside peg facing up on the Brick 1x1s

Bric Layer 1

15. Place a Bric2snap Adapter 1x1 on E7
16. Place a Bric2snap Adapter 1x1 on E14
17. Place a Bric2snap Adapter 1x1 on L7
18. Place a Bric2snap Adapter 1x1 on L14
19. Place a Bric Tower 1 on C4-D5
20. Place a Bric Tower 1 on M4-N5
21. Place a Bric Tower 2 on H10-I11
22. Place a Bric Tower 3 on C6-C7
23. Place a Bric Tower 3 on C14-C15
24. Place a Bric Tower 3 on N6-N7
25. Place a Bric Tower 3 on N14-N15
26. Place a Plate 2x2 on H20-I21

First Layer

27. Place the Battery Holder (B3) on right set of 1x1 adapters and on top of the Plate 2x2 with the positive pole on E14 and negative pole on the adapter, L14 Place the Melody IC (U32) on the left set of 1x1 adaptors with the positive side on the E7 adapter and negative on L7

Second Layer

28. Place the Slide Switch (S1) on the negative end of both the Battery Holder (B3), L14 and a Melody IC (U32), L7
29. Place a 3-Snap Wire on the positive end of both the Battery Holder (B3) E14, and on Melody IC (U32) on E7

Third Layer

30. Place the Blink Red LED (D11) on the 3-Snap Wire, E7 and the Slide Switch (S1) L7, on the Melody IC (U32) with the positive end on the 3-Snap Wire at E7
31. Place a Jumper Wire long (Orange) on the other end of the 3-Snap Wire over the Battery Holder (B3) on E14

Fourth Layer

32. Place a Jumper Wire long (Orange) on the negative end of the Blink Red LED (D11) on L7
33. Place the Jumper Wire short (Blue) on top of the other Jumper Wire on the 3-Snap Wire on E14

Bric Layer 2

34. Place a Brick 1x10 on C5-C14
35. Place a Brick 1x10 on N5-N14
36. Place a Brick 1x12 on C4-N4
37. Place a Brick 1x12 on C15-N15

Bric Layer 3

38. Place a Plate 1x12 on C4-N5
39. Place a Plate 1x12 on C6-N7
40. Place a Plate 1x12 on C8-N9
41. Place a Plate 1x12 on C10-N11
42. Place a Plate 1x12 on C12-N13
43. Place a Plate 1x12 on C14-N15

Bric Layer 4

44. Place a Brick 1x10 on C5-C14
45. Place a Brick 1x10 on N4-N13
46. Place a Brick 1x4 on C15-F15
47. Place a Brick 1x2 on J15-K15
48. Place a Brick 1x2 on L4-M4
49. Place a Brick 1x2 on L15-M15
50. Place a Bric2snap Adapter 1x1 on E7
51. Place a Bric2snap Adapter 1x1 on E14
52. Place a Bric2snap Adapter 1x1 on L7
53. Place a Bric2snap Adapter 1x1 on L14

Fifth Layer

54. Place a 3-Snap Wire on adapter E7 and adapter E14
55. Place a 3-Snap Wire on adapter L7 and adapter L14

Sixth Layer

56. Place the Color LED (D8) connecting the 3-Snap Wires on the far left end with the positive side on the E7 adapter and the negative on L7
57. Place the 4.5V Lamp (L4) on the right end of the 3-Snap Wires at E14 and L14
58. Place the Light assembly on the middle peg of the 3-Snap Wire closer to you on row L10-L11, with the positive side up and negative on the 3-Snap Wire.

Seventh Layer

59. Place the other end of the Jumper Wire (Orange) that is on the negative end of the Blink Red LED (D11), on the end of the 4.5V Lamp (L4) closer to you
60. Place the other end of the Jumper Wire long (Orange) that is on the 3-Snap Wire, on the positive side of the Light assembly upside down
61. Place the other end of the Jumper Wire short (Blue) on the 4.5V Lamp (L4) further away from you on E14

Bric Layer 5

62. Place the Bric Tower 4 on N14-N15
63. Place the Bric Tower 5 on G15-I15
64. Place the Bric Tower 6 on H8-H11
65. Place the Bric Tower 7 on C4-H4

Bric Layer 6

66. Place a Brick 2x6 on I14-N15
67. Place a Brick 1x12 on G4-G15
68. Place a Brick 1x12 on H4-H15

Bric Layer 7

69. Place a Brick 1x12 on G4-G15
70. Place a Brick 1x12 on H4-H15

Bric Layer 8

71. Place the Light Holder on G9-L10 attaching the adapter to the Jumper Wire long (Orange)

Project 13: TRI-LEVEL HOUSE¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light, and the melody IC (U32) plays tunes. The 3D snaps allow the blue and color2 LEDs to be rotated to shine in different directions. Dim the room lights for best effects.
You can remove the Melody IC or re-arrange any of the lights if desired.

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Bric2snap Adapter 1x2 (2)
• Plate 2x2 (1)
• Plate 2x12 (6)
• Brick 1x1, 3-Sided (4)
• Brick 1x2 (31)
• Brick 1x3 (8)
• Brick 1x4 (11)
• Brick 2x2 (17)
• Brick 2x4 (6)
• Brick 1x6 (11)
• Brick 2x6 (8)
• Brick 1x10 (4)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (1)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Melody IC U32 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (2)
• 3D Snap (2)

Light

1. Place the Blue LED (D9) upside down with the positive side on the right
2. Attach one 3D Snap on the right side with the hole facing away from the light
3. Attach the other 3D Snap on the left side with the hole facing away from the light
4. Attach the Color2 LED (D12) to the leftover connectors on the 3D Snap with the positive on the right

Light Holder x2

5. Stack two Brick 2x2s
6. Place two Brick 1x1s on one side of the Brick 2x2 flushed with each other facing left
7. Place a Bric2snap Adapter 1x2 connecting the outside pegs

Bric Pillar 1 x2

8. Stack four Brick 1x2s

Bric Pillar 2

9. Stack five Brick 2x2s

Bric Pillar 3 x2

10. Stack four Brick 1x4s

Bric Pillar 4

11. Stack two Brick 1x10
12. Stack two Brick 1x6 on the far side of the Brick 1x10s without it hanging off the Brick
13. Stack two Brick 1x4 on the other side of the Brick 1x10

Bric Layer 1

14. Place the Bric Pillar 2 on H8-I9
15. Place a Brick 1x10 on C4-C13
16. Place a Brick 1x10 on N4-N13
17. Place a Brick 1x6 on C3-H3
18. Place a Brick 1x6 on I3-N3
19. Place a Plate 2x2 on H19-I20
20. Place a Bric2snap Adapter 1x1 on E5
21. Place a Bric2snap Adapter 1x1 on E12
22. Place a Bric2snap Adapter 1x1 on L5
23. Place a Bric2snap Adapter 1x1 on L12

First Layer

24. Place the Battery Holder (B3) on the set of 1x1 adapters on the right with the positive on E12 and negative on L12
25. Place the Blink Red LED (D11) on the left adapters with the positive side on the adapter on E5 and negative on L5

Second Layer

26. Place a 3-Snap Wire on the positive side of both the Battery Holder (B3) E12, and the Blink Red LED (D11) on E5
27. Place the Slide Switch (S1) on the negative end of both the Battery Holder (B3) L12, and the Blink Red LED (D11) on L5

Third Layer

28. Place a Jumper Wire long (Orange) on the Slide Switch (S1), on L5
29. Place a Jumper Wire short (Blue) on the 3-Snap Wire on the positive side of the Battery Holder (B3) on E12

Bric Layer 2

30. Place a Bric Pillar 1 on N4-N5
31. Place a Bric Pillar 1 on N12-N13
32. Place a Bric Pillar 3 on C3-F3
33. Place a Bric Pillar 3 on K3-N3
34. Place a Bric Pillar 4 on C4-C13

Bric Layer 3

35. Place a Plate 1x12 on C3-N4
36. Place a Plate 1x12 on C5-N6
37. Place a Plate 1x12 on C7-N8
38. Place a Plate 1x12 on C9-N10
39. Place a Plate 1x12 on C11-N12
40. Place a Plate 1x12 on C13-N14

Bric Layer 4

41. Place a Bric2snap Adapter 1x1 on E5
42. Place a Bric2snap Adapter 1x1 on E12
43. Place a Bric2snap Adapter 1x1 on L5
44. Place a Bric2snap Adapter 1x1 on L12
45. Place a Brick 1x6 on H14-M14
46. Place a Brick 1x6 on N3-N8
47. Place a Brick 1x6 on N9-N14
48. Place a Brick 1x3 on C3-C5
49. Place a Brick 1x3 on D3-F3
50. Place a Brick 1x3 on C12-C14
51. Place a Brick 1x3 on G3-I3
52. Place a Brick 1x2 on C8-C9
53. Place a Brick 1x2 on D14-E14
54. Place a Brick 1x2 on F14-G14
55. Place a Brick 1x2 on J3-K3
56. Place a Brick 1x2 on L3-M3

Bric Layer 5

57. Place a Brick 1x6 on N3-N8
58. Place a Brick 1x6 on N9-N14
59. Place a Brick 1x3 on C3-C5
60. Place a Brick 1x3 on C12-C14
61. Place a Brick 1x2 on C8-C9

Fourth Layer

62. Place a 3-Snap Wire on the adapters in row E
63. Place a 3-Snap Wire on the adapters in row L

Fifth Layer

64. Place a Melody IC (U32) on the left side of the 3-Snap Wires with the positive side of the Melody on E5 and the negative on L5
65. Place the 4.5V Lamp (L4) on the middle of both 3-Snap Wires at E8-E9 and L8-L9
66. Place the Color LED (D8) on the right side of both 3-Snap Wires with the positive side on the E12 and the negative on L12

Sixth Layer

67. Place the other end of Jumper Wire long (Orange) on the negative side of the Color LED (D8) on L12
68. Place the other end of Jumper Wire (Blue) on the positive side of the Color LED (D8)
69. Place a Jumper Wire long (Orange) on the 4.5V Lamp (L4) closer to you on L8-L9
70. Place a Jumper Wire short (Blue) on the 4.5V Lamp (L4) at L8-L9

Bric Layer 6

71. Place a Brick 1x6 on N3-N8
72. Place a Brick 1x6 on N9-N14
73. Place a Brick 1x3 on C3-C5
74. Place a Brick 1x3 on C12-C14
75. Place a Brick 1x2 on C8-C9

Bric Layer 7

76. Place a Brick 1x12 on C3-C14
77. Place a Brick 1x12 on N3-N14

Bric Layer 8

78. Place a Brick 1x12 on C3-N3
79. Place a Brick 1x12 on C6-N6
80. Place a Brick 1x12 on C9-N9
81. Place a Brick 1x12 on C14-N14
82. Place a Brick 1x2 on C4-C5
83. Place a Brick 1x2 on C7-C8
84. Place a Brick 1x2 on C10-C11
85. Place a Brick 1x2 on C12-C13
86. Place a Brick 1x2 on N4-N5
87. Place a Brick 1x2 on N7-N8
88. Place a Brick 1x2 on N10-N11
89. Place a Brick 1x2 on N12-N13

Bric Layer 9

90. Place a Brick 2x6 on C9-D14
91. Place a Brick 2x6 on E9-F14
92. Place a Brick 2x6 on K9-L14
93. Place a Brick 2x6 on M9-N14
94. Place a Brick 2x4 on C3-D6
95. Place a Brick 2x4 on E3-F6
96. Place a Brick 2x4 on G3-H6
97. Place a Brick 2x4 on I3-J6
98. Place a Brick 2x4 on K3-L6
99. Place a Brick 2x4 on M3-N6
100. Place a Brick 1x2 on C7-C8
101. Place a Brick 1x2 on G9-H9
102. Place a Brick 1x2 on I9-J9
103. Place a Brick 1x2 on G14-H4
104. Place a Brick 1x2 on I14-J14
105. Place a Brick 1x2 on N7-N8

Seventh Layer

106. Take the other end of the Jumper Wire short (Blue) and thread it through the hole between the Melody IC (U32) and the 4.5V Lamp (L4)
107. Take the other end of the Jumper Wire long (Orange) and thread it through the hole between the Melody IC (U32) and the 4.5V Lamp (L4)

Bric Layer 10

108. Place a Brick 2x6 on A4-F5
109. Place a Brick 2x6 on F9-G14
110. Place a Brick 2x6 on K4-P5
111. Place a Brick 2x6 on J9-K14
112. Place a Brick 1x12 on C8-N8
113. Place a Brick 2x2 on C6-D7
114. Place a Brick 2x2 on E6-F7
115. Place a Brick 2x2 on K6-L7
116. Place a Brick 2x2 on M6-N7
117. Place a Brick 1x2 on H9-I9
118. Place a Brick 1x2 on H14-I14

Bric Layer 11

119. Place a Light Holder on A4-B5
120. Place a Light Holder on O4-P5
121. Place a Brick 2x2 on G9-H10
122. Place a Brick 2x2 on I9-J10
123. Place a Brick 2x2 on G13-H14
124. Place a Brick 2x2 on I13-J14
125. Place a Brick 1x2 on G11-G12
126. Place a Brick 1x2 on J11-J12

Eighth Layer

127. Place the Light assembly in between the Light Holders attaching to the adapters with the positive end on the Light Holder farther away from you
128. Place the other end of the Jumper Wire short (Blue) on the inside of the Light on the further away, positive side
129. Place the other end of the Jumper Wire long (Orange) on the inside of the Light on the closer, negative side

Project 14: ELEVATED CIRCUIT¶

Build the circuit as described below, and turn on the slide switch (S1). The LEDs (D8 & D9) light, and the melody IC (U32) plays tunes. You can replace the LEDs and melody IC with any of the other lights.

Parts Needed

• Bric2snap Adapter 1x2 (6)
• Plate 2x2 (1)
• Brick 1x2 (22)
• Brick 1x4 (10)
• Brick 2x2 (18)
• Brick 2x4 (6)
• Brick 1x6 (10)
• Brick 2x6 (6)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Melody IC U32 (1)
• Battery Holder B3 (1)

Pillar Type 1 x2

1. Stack nine Brick 2x2s
2. Place a Brick 1x2 on one side of the Brick 2x2
3. Place a Bric2snap Adapter 1x2 on the Brick 1x2

Pillar Type 2 x2

4. Stack ten Brick 1x2s
5. Place a Bric2snap Adapter 1x2 on the Brick 1x2

Pillar Type 3

6. Stack ten Brick 1x4s
7. Place a Bric2snap Adapter 1x2 on the full left side of the Brick 1x4

Pillar Type 4

8. Stack ten Brick 1x6s
9. Place a Bric2snap Adapter 1x2 on the full left side of the Brick 1x6

Pillar Type 5

10. Stack four Brick 2x6
11. Stack six Brick 2x4s on the stack of Brick 2x6s
12. Place a Plate 2x2 in the middle of the Brick 2x4

Bric Layer 1

13. Place a Pillar Type 1 on E5-F6 with the adapter in the E row
14. Place a Pillar Type 1 on K5-L6 with the adapter in the L row
15. Place a Pillar Type 2 on E12-E13
16. Place a Pillar Type 2 on L12-L13
17. Place the Pillar Type 3 on L19-L22 with the adapter on the left
18. Place the Pillar Type 4 on E19-E24 with the adapter on the far left
19. Place the Pillar Type 5 on G25-K26

First Layer

20. Place the Battery Holder (B3) on the adapters on Pillar Type 3, L19-L20, and Pillar Type 4 with the positive on Pillar Type 4, E19-E20
21. Place a 3-Snap Wire on the Pillar Type 1 and the Pillar Type 2 in the same row
22. Place a 3-Snap Wire on Pillar Type 1 and on the Pillar Type 2 in the same row

Second Layer

23. Place the Color LED (D8) on the left side of the 3-Snap Wires with the positive side on E5-E6 and the negative on L5-L6
24. Place the Blue LED (D9) on the middle of the 3-Snap Wires with the positive on the 3-Snap Wire at E9 and negative on L9
25. Place the Slide Switch (S1) on the negative side of the Battery Holder (B3) L19-L20, and the right side of the 3-Snap Wire on L13-L14
26. Place a 3-Snap Wire on the right side of previous 3-Snap Wire on E12-E13 and on the positive side of the Battery Holder (B3), E19-E20

Third Layer

27. Place the Melody IC (U32) on the left side of the 3-Snap Wire with positive on E12-E13 and with negative on the left side of the Slide Switch (S1) at L12-L13

Project 15: BI-LEVEL CIRCUIT¶

Build the circuit as described below, and turn on the slide switch (S1). The LEDs (D11 & D12) light in a blinking pattern. You can replace the LEDs with any other LEDs and see how the circuit changes.

Parts Needed

• Bric2snap Adapter 1x2 (6)
• Plate 2x2 (5)
• Brick 1x2 (11)
• Brick 2x2 (13)
• Brick 2x4 (6)
• Slide Switch S1 (1)
• 3-snap wire (2)
• Color LED D8 (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (1)
• 3D Snap (2)

Pillar Type 1

1. Stack nine Brick 2x2s
2. Place a Plate 2x2on the stack of 2x2s
3. Place a Bric2snap Adapter 1x2 on the Plate 2x2

Pillar Type 2

4. Stack two Plate 2x2s
5. Place a Bric2snap Adapter 1x2 on the Plate 2x2s

Pillar Type 3

6. Stack eleven Brick 1x2s
7. Place a Bric2snap Adapter 1x2 on the stack of 2x2s

Pillar Type 4

8. Stack six Brick 2x4s
9. Stack four Brick 2x2s
10. Place a Plate 2x2 on the stack of 2x2s
11. Place a Bric2snap Adapter 1x2 on the Plate 2x2

Bric Layer 1

12. Place the Pillar Type 1 on F20-G21
13. Place the Pillar Type 2 on K20-L21
14. Place the Pillar Type 3 on M27-M28
15. Place the Pillar Type 4 on F26-G29
16. Place a Plate 2x2 on H6-I7
17. Place a Bric2snap Adapter 1x2 on F13-F14
18. Place a Bric2snap Adapter 1x2 on L13-L14

Light

19. Place the Blink Red LED (D11) upside down with the positive side on the right
20. Attach one 3D Snap on the right side with the hole facing away from the light
21. Attach the other 3D Snap on the left side with the hole facing away from the light

First Layer

22. Place the Battery Holder (B3) on the adapters on rows 13 and 14 with the positive side on adapter M13-M14

Second Layer

23. Place the Light assembly on the negative side of the Battery Holder (B3), F13-F14 with the positive side up, and tilt the 3D Snap so that the peg faces up
24. Place a 3-Snap Wire on the positive side of the Battery Holder (B3), M13-M14, and Pillar Type 2 on M20-M21

Third Layer

25. Place a Jumper Wire long (Orange) on the right side of the 3-Snap Wire on M20-M21
26. Place a 3-Snap Wire on Pillar 1 adaptor on F20-F21 and on the top Light peg of the Light assembly at F13-F14

Fourth Layer

27. Place the Slide Switch (S1) on Pillar Type 4 F27-F28 and the right side of the 3-Snap Wire on F20-F21

Fifth Layer

28. Place the Color LED (D8) on the Slide Switch (S1) pole, F27-F28, and Pillar Type 3, M27-M28, with the positive side on M27-M28

Sixth Layer

29. Place the other end of the Jumper Wire long (Orange) attached on the 3-Snap Wire below, on M20-M21, and attach it to the positive side of the Color LED (D8) on M27-M28

Project 16: OVERHEAD LIGHT¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs (D8, D9, D11, & D12) and lamp (L4) light. Dim the room lights for best effects. You can rearrange the lights as desired, or replace one with the melody IC (U32).

Parts Needed

• Bric2snap Adapter 1x1 (6)
• Bric2snap Adapter 1x2 (4)
• Plate 2x2 (3)
• Plate 2x12 (5)
• Brick 1x1, 3-Sided (4)
• Brick 1x2 (16)
• Brick 2x2 (16)
• Brick 2x4 (4)
• Brick 1x10 (2)
• Brick 1x12 (2)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blue LED D9 (1)
• Blink Red LED D11 (1)
• 4.5V Lamp L4 (1)
• Color2 LED D12 (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Battery Holder B3 (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (2)

Horn Holder

1. Place two Plate 2x12 upside down next to each other a little spaced out
2. Place two Brick 1x1s in the middle of the Plate 2x12 with the outside peg pointing up
3. Place two Brick 1x1s in the middle of the other Plate 2x12 with the outside peg pointing up
4. Place two Bric2snap Adapter 1x2s on the outside pegs of the Brick 1x1s
5. Place a 4.5V Lamp (L4) on both the Bric2snap Adapter 1x2s

Pillar Type 1 x2

6. Stack eight Brick 2x2s

Pillar Type 2

7. Stack eight Brick 1x2s

Bric Layer 1

8. Place a Pillar Type 1 on C3-D4
9. Place a Pillar Type 1 on M3-N4
10. Place a Pillar Type 2 on C13-C14
11. Place a Pillar Type 2 on N13-N14
12. Place a Bric2snap Adapter 1x1 on E6
13. Place a Bric2snap Adapter 1x1 on E13
14. Place a Bric2snap Adapter 1x1 on E20
15. Place a Bric2snap Adapter 1x1 on L6
16. Place a Bric2snap Adapter 1x1 on L13
17. Place a Bric2snap Adapter 1x1 on L20
18. Place a Plate 2x2 on H27-I28

First Layer

19. Place the Battery Holder (B3) on adapter E20 and on L20 with the positive side on E20
20. Place a 3-Snap Wire on adapter E6 and on adapter E13
21. Place a 3-Snap Wire on adapter L6 and on adapter L13

Second Layer

22. Place the Color LED (D8) on the left side of both of the 3-Snap Wires with the positive side on the 3-Snap Wire at E6 with negative on L6
23. Place the Blue LED (D9) on the middle of both of the 3-Snap Wires with the positive side on E9-E10, and the negative side on L9-L10
24. Place the Slide Switch (S1) on the right side of the 3-Snap Wire, L13, and on the negative side of the Battery Holder (B3) on L20
25. Place a 3-Snap Wire on the right side of the 3-Snap Wire, E13, and on the positive side of the Battery Holder (B3) on E20

Third Layer

26. Place the Blink Red LED (D11) where both 3-Snap Wires meet at E13, positive on E13, and the left, negative side on the Slide Switch (S1), on L13

Bric Layer 2

27. Place a Brick 1x10 on C4-C13
28. Place a Brick 1x10 on N4-N13
29. Place a Brick 1x12 on C3-N3
30. Place a Brick 1x12 on C14-N14

Bric Layer 3

31. Place the Horn Holder on C5-N6 and on C11-N12
32. Place a Plate 2x2 on C9-D10
33. Place a Plate 2x2 on M9-N10
34. Place a Plate 2x12 on C3-N4
35. Place a Plate 2x12 on C7-N8
36. Place a Plate 2x12 on C13-N14

Bric Layer 4

37. Place a Bric2snap Adapter 1x2 on H6-I6
38. Place a Bric2snap Adapter 1x2 on H13-I13
39. Place a Brick 2x4 on C8-D11
40. Place a Brick 2x4 on E8-F11
41. Place a Brick 2x4 on K8-L11
42. Place a Brick 2x4 on M8-N11

Fourth Layer

43. Place a Jumper Wire long (Orange) on the positive side of the Blink Red LED (D11) at E13, thread the wire through the roof, and attach to adapter on the right side, on H12-I12
44. Place a Jumper Wire long (Orange) on the negative side of the Blink Red LED (D11) on M13, thread the wire through the roof, and attach it to the adapter on the left at H5-I5

Fifth Layer

45. Place a Jumper Wire short (Blue) on the Jumper Wire long (Orange) on the positive side of the Blink Red LED (D11) E13 and on the right side of the 4.5V Lamp (L4) above it.
46. Place a Jumper Wire (Blue) on the Jumper Wire (Orange) on the negative side of the Blink Red LED (D11) M13 and on the left side of the 4.5V Lamp (L4) above it.
47. Thread the both Jumper Wire long (Orange)s through the roof and place the one from the positive side of the Blink Red LED (D11) on the right Bric2snap Adapter 2x1 on H12-I12. Place the other Jumper Wire long (Orange) on the left Bric2snap Adapter 2x1 on H5-I5. Place the Color2 LED (D12) on the Jumper Wire long (Orange)s with positive side on H12-I12 right, and negative on H5-I5. Place the Mounting Base and the Fiber Optic Tree on the top of the Color2 LED (D12).

Project 17: 3 SHINE OUT¶

Build the circuit as described below, and turn on the slide switch (S1). The three LEDs (D8, D11, & D12) light. You can re-arrange the LEDs or replace one with the blue LED (D9).

Parts Needed

• Bric2snap Adapter 1x2 (4)
• Plate 2x2 (1)
• Plate 2x12 (6)
• Brick 1x2 (21)
• Brick 1x3 (3)
• Brick 1x4 (10)
• Brick 2x2 (1)
• Brick 1x6 (7)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (2)
• Color LED D8 (1)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Battery Holder B3 (1)
• 3D Snap (2)
• Pillar Type 1 x2:
• Stack nine Brick 1x2s
• Pillar Type 2:
• Stack ten Brick 1x4s
• Pillar Type 3:
• Stack a Plate 2x2 on a Brick 2x2

Pillar Type 1 x2

1. Stack nine Brick 1x2s

Pillar Type 2

2. Stack ten Brick 1x4s

Pillar Type 3

3. Stack a Plate 2x2 on a Brick 2x2

Light

4. Place two 3-Snap Wires next each other a little spaced out with the 3-Snap Wires pointing left to right
5. Place the Color2 LED (D12) on the far left side of the 3-Snap Wires with the positive on the bottom
6. Place the Color LED (D8) on the middle of the 3-Snap Wires with the positive on the bottom
7. Place the Blink Red LED (D11) on the right side of the 3-Snap Wires with the positive on the bottom
8. Flip over the Light with the Blink Red LED (D11) on the left and place the 3D snaps on the 3-Snap Wire’s back on the left side with the hole facing left and the pegs facing away from each other

Bric Layer 1

9. Place a Bric2snap Adapter 1x2 on D6-E6
10. Place a Bric2snap Adapter 1x2 on D13-E13
11. Place a Bric2snap Adapter 1x2 on K6-L6
12. Place a Bric2snap Adapter 1x2 on K13-L13
13. Place the Pillar Type 3 on H19-I19

First Layer

14. Place the Slide Switch (S1) on the adapters K6-L6 and K13-L13
15. Place a 3-Snap Wire on the adapters on D6-E6 and D13-E13

Second Layer

16. Place the Battery Holder (B3) on the right side of the 3-Snap Wire, with the positive on D13-E13, and the Slide Switch (S1) on K13-L13 with the negative side on the Slide Switch (S1) on K13-L13
17. Place the Light assembly vertically on the left side of the 3-Snap Wire at D6-E6 and the on the left side of the Slide Switch (S1) on K6-L6, with the snaps of each 3D Snap facing outward

Bric Layer 2

18. Place a Pillar Type 1 on C12-C13
19. Place a Pillar Type 1 on N12-N13
20. Place the Pillar Type 2 on N3-N6
21. Place a Brick 1x12 on C2-N2

Bric Layer 3

22. Place a Brick 1x12 on C2-N2

Bric Layer 4

23. Place a Brick 1x2 on C2-D2
24. Place a Brick 1x3 on E2-G2
25. Place a Brick 1x6 on I2-N2

Bric Layer 5

26. Place a Brick 1x12 on C2-N2

Bric Layer 6

27. Place a Brick 1x12 on C2-N2

Bric Layer 7

28. Place a Brick 1x2 on C2-D2
29. Place a Brick 1x3 on E2-G2
30. Place a Brick 1x6 on I2-N2

Bric Layer 8

31. Place a Brick 1x12 on C2-N2

Bric Layer 9

32. Place a Brick 1x6 on C2-H2
33. Place a Brick 1x6 on I2-N2

Bric Layer 10

34. Place a Brick 1x2 on C2-D2
35. Place a Brick 1x3 on E2-G2
36. Place a Brick 1x6 on I2-N2

Bric Layer 11

37. Place a Brick 1x6 on C2-H2
38. Place a Brick 1x6 on I2-N2
39. Place a Brick 1x12 on C12-N12
40. Place a Brick 1x12 on C13-N13

Bric Layer 12

41. Place a Plate 2x12 on C2-D13
42. Place a Plate 2x12 on E2-F13
43. Place a Plate 2x12 on G2-H13
44. Place a Plate 2x12 on I2-J13
45. Place a Plate 2x12 on K2-L13
46. Place a Plate 2x12 on M2-N13

Project 18: LIGHT HOUSE¶

Build the circuit as described below, and turn on the slide switch (S1). The blue and color2 LEDs (D9 & D12) light. You can replace the LEDs with any of the other lights.

Parts Needed

• Bric2snap Adapter 1x1 (4)
• Plate 2x2 (1)
• Plate 2x12 (6)
• Brick 1x2 (28)
• Brick 1x3 (8)
• Brick 1x4 (11)
• Brick 1x6 (10)
• Brick 1x10 (3)
• Brick 1x12 (7)
• Slide Switch S1 (1)
• 3-snap wire (1)
• Color LED D8 (1)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Blue LED D9 (1)
• Battery Holder B3 (1)
• 4.5V Lamp L4 (1)
• Jumper Wire (Blue) (3)
• Jumper Wire (Orange) (1)

Bric Layer 1

1. Place a Bric2snap Adapter 1x1 on E5
2. Place a Bric2snap Adapter 1x1 on E12
3. Place a Bric2snap Adapter 1x1 on L5
4. Place a Bric2snap Adapter 1x1 on L12
5. Place a Plate 2x2 on H19-I20
6. Place a Brick 1x2 on C13-C14
7. Place a Brick 1x3 on C9-C11
8. Place a Brick 1x6 on C3-C8
9. Place a Brick 1x10 on D3-M3
10. Place a Brick 1x12 on N3-N14

Bric Layer 2

11. Place a Brick 1x2 on C13-C14
12. Place a Brick 1x3 on C9-C11
13. Place a Brick 1x4 on D3-G3
14. Place a Brick 1x4 on J3-M3
15. Place a Brick 1x6 on C3-C8
16. Place a Brick 1x12 on N3-N14

First Layer

17. Place the Battery Holder (B3) on the adapters on the right with the positive side on the E12 adapter and the negative on the L12 adapter
18. Place the Color2 LED (D12) on the adapters on the left with the positive side on the E5 adapter and the negative on the L5 adapter

Second Layer

19. Place the Slide Switch (S1) on the negative side of both of the Battery Holder (B3) on L12 and on the Color2 LED (D12) on L5
20. Place a 3-Snap Wire on the positive side of both the Battery Holder (B3) on E12 and the Color2 LED (D12) on E5

Bric Layer 3

21. Place a Brick 1x2 on C13-C14
22. Place a Brick 1x2 on N3-N4
23. Place a Brick 1x2 on N5-N6
24. Place a Brick 1x2 on N11-N12
25. Place a Brick 1x2 on N13-N14
26. Place a Brick 1x3 on C9-C11
27. Place a Brick 1x4 on D3-G3
28. Place a Brick 1x4 on J3-M3
29. Place a Brick 1x6 on C3-C8

Third Layer

30. Place a Blue LED (D9) on the left side of the 3-Snap Wire, with positive on E5, and negative on the Slide Switch (S1) on L5

Bric Layer 4

31. Place a Brick 1x2 on C13-C14
32. Place a Brick 1x2 on N3-N4
33. Place a Brick 1x2 on N5-N6
34. Place a Brick 1x2 on N11-N12
35. Place a Brick 1x2 on N13-N14
36. Place a Brick 1x3 on C9-C11
37. Place a Brick 1x4 on D3-G3
38. Place a Brick 1x4 on J3-M3
39. Place a Brick 1x6 on C3-C8

Fourth Layer

40. Place a Jumper Wire long (Orange) on the positive side of the Blue LED (D9) on E5
41. Place a Jumper Wire short (Blue) on the negative side of the Blue LED (D9) on L5

Bric Layer 5

42. Place a Brick 1x2 on C13-C14
43. Place a Brick 1x2 on N3-N4
44. Place a Brick 1x2 on N5-N6
45. Place a Brick 1x2 on N11-N12
46. Place a Brick 1x2 on N13-N14
47. Place a Brick 1x3 on C9-C11
48. Place a Brick 1x4 on D3-G3
49. Place a Brick 1x4 on J3-M3
50. Place a Brick 1x6 on C3-C8

Fifth Layer

51. Place the Blink Red LED on the Jumper Wires previously placed on the Blue LED (D9) below, with the positive side of the Blink Red LED on E5, connect the Jumper Wire long (Orange) on E5 and connect the Jumper Wire short (Blue) to L5. You should now have the Color2 LED (D12) on the bottom of the stack of 3, with the Blue LED (D9) in the middle, then the Blink Red LED on top of the stack, and connected by Jumper Wires.

Bric Layer 6

52. Place a Brick 1x2 on C13-C14
53. Place a Brick 1x3 on C9-C11
54. Place a Brick 1x4 on D3-G3
55. Place a Brick 1x4 on J3-M3
56. Place a Brick 1x6 on C3-C8
57. Place a Brick 1x12 on N3-N14

Sixth Layer

58. Place the other end of the Jumper Wire long (Orange) that is connected to the lower Blue LED (D9) below on E5, and connect it to the positive side of the Blink Red LED (D11) above, on E5
59. Place the other end of the Jumper Wire short (Blue) that is on the negative side of the Blue LED (D9) below, and connect it to Blink Red LED (D11) above, on the negative side, L5

Seventh Layer

60. Place the Color LED (D8) on top of the Blink Red LED (D11) and both connected Jumper Wires from below. Place the positive side of the Color LED (D8) on E5 and negative side of Color LED (D8) on L5. All four stacked LEDs will have the positive on E5 and the negatives on L5

Bric Layer 7

61. Place a Brick 1x2 on C13-C14
62. Place a Brick 1x2 on D3-E3
63. Place a Brick 1x2 on F3-G3
64. Place a Brick 1x3 on C9-C11
65. Place a Brick 1x4 on J3-M3
66. Place a Brick 1x6 on C3-C8
67. Place a Brick 1x12 on N3-N14

Eighth Layer

68. Take a Jumper Wire short (Blue) and snap it to itself, creating a loop. Place the looped Jumper Wire short (blue) on the positive side of the Color LED (D8) on E5. Both ends of the Jumper Wire short (Blue) will be on the positive side, E5
69. Take another Jumper Wire short (Blue) and snap it to itself, creating a loop. Place the looped Jumper Wire short (blue) on the negative side of the Color LED (D8) on L5. Both ends of the Jumper Wire short (Blue) will be on the negative side, L5

Bric Layer 8

70. Place a Brick 1x2 on C13-C14
71. Place a Brick 1x3 on C9-C11
72. Place a Brick 1x6 on C3-C8
73. Place a Brick 1x10 on D3-M3
74. Place a Brick 1x12 on N3-N14

Bric Layer 9

75. Place a Brick 1x2 on C13-C14
76. Place a Brick 1x2 on D3-E3
77. Place a Brick 1x2 on F3-G3
78. Place a Brick 1x2 on J3-K3
79. Place a Brick 1x2 on L3-M3
80. Place a Brick 1x3 on C9-C11
81. Place a Brick 1x6 on C3-C8
82. Place a Brick 1x12 on N3-N14

Ninth Layer

83. Place the 4.5V Lamp on top of the looped Jumper Wire (Blue)s below, on E5 and L5. This will make a stack with three layers of Jumper Wires, one layer of the Lamp, and three layers of LEDs within it

Bric Layer 10

84. Place a Brick 1x2 on C13-C14
85. Place a Brick 1x3 on C9-C11
86. Place a Brick 1x6 on C3-C8
87. Place a Brick 1x10 on D3-M3
88. Place a Brick 1x12 on N3-N14

Bric Layer 11

89. Place a Plate 2x12 on C3-N4
90. Place a Plate 2x12 on C5-N6
91. Place a Plate 2x12 on C7-N8
92. Place a Plate 2x12 on C9-N10
93. Place a Plate 2x12 on C11-N12
94. Place a Plate 2x12 on C13-N14

Project 19: FOUR FUN¶

Build the circuit as described below, and turn on the slide switch (S1). The four LEDs light in a blinking pattern, but some will be dim. You can swap the LEDs with each other and see how the circuit changes. You can also remove one LED, or replace one with the melody IC (U32).

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Plate 2x2 (1)
• Slide Switch S1 (1)
• 3-snap wire (3)
• Color LED D8 (1)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Blue LED D9 (1)
• Battery Holder B3 (1)
• Jumper Wire (Blue) (1)

Bric Layer 1

1. Place a Bric2snap Adapter 1x1 on A9
2. Place a Bric2snap Adapter 1x1 on A16
3. Place a Bric2snap Adapter 1x1 on H2
4. Place a Bric2snap Adapter 1x1 on H9
5. Place a Bric2snap Adapter 1x1 on H16
6. Place a Bric2snap Adapter 1x1 on O2
7. Place a Bric2snap Adapter 1x1 on O9
8. Place a Bric2snap Adapter 1x1 on O16
9. Place a Plate 2x2 on K22-L23

First Layer

10. Place the Battery Holder (B3) on adapter H16 and on adapter O16 with the positive on adapter H16
11. Place the Blue LED (D9) on adapter A9 and on adapter A16 with the positive on adapter A16
12. Place a 3-Snap Wire on adapter H2 and on adapter H9
13. Place a 3-Snap Wire on adapter O2 and on adapter O9

Second Layer

14. Place a Jumper Wire short(Blue) on the positive side of the Battery Holder (B3) H16, and on the positive side of the Blue LED (D9) on H16
15. Place the Color2 LED (D12) on the left side of both 3-Snap Wires with the positive side on the 3-Snap Wire at H2 and negative, on O2
16. Place the Blink Red LED (D11) on the middle of both of the 3-Snap Wires with the positive side on H5-H6 the negative side on O5-O6
17. Place the Slide Switch (S1) on the right side of the 3-Snap Wire at O9, and on the negative side of the Battery Holder (B3) on O16
18. Place a 3-Snap Wire on the previously placed Blue LEDs (D9) negative side, A9, to the right side of the 3-Snap Wire on H9

Third Layer

19. Place the Color LED (D8) on the Jumper Wire (Blue) that is on the positive side of the Battery Holder (B3) on H16, and negative side on top of the intersection of the two previously placed 3-Snap Wires on H9

Project 20: FOUR FURTHER FUN¶

Build the circuit as described below, and turn on the slide switch (S1). The three LEDs (D8, D11, & D12) light in a dim blinking pattern, and the melody IC (U32) makes weird sounds Try removing one of the LEDs at a time and see how the sound changes.

Parts Needed

• Bric2snap Adapter 1x1 (6)
• Plate 2x2 (1)
• Slide Switch S1 (1)
• 3-snap wire (2)
• Color LED D8 (1)
• Blink Red LED D11 (1)
• Color2 LED D12 (1)
• Melody IC U32 (1)
• Battery Holder B3 (1)

Bric Layer 1

1. Place a Bric2snap Adapter 1x1 on H2
2. Place a Bric2snap Adapter 1x1 on H9
3. Place a Bric2snap Adapter 1x1 on H16
4. Place a Bric2snap Adapter 1x1 on O2
5. Place a Bric2snap Adapter 1x1 on O9
6. Place a Bric2snap Adapter 1x1 on O16
7. Place a Plate 2x2 on K22-L23

First Layer

8. Place the Battery Holder (B3) on adapter H16 on adapter O16 with the positive side on adapter H16
9. Place a 3-Snap Wire on adapter H2 and on adapter H9
10. Place a 3-Snap Wire on adapter O2 and on adapter O9

Second Layer

11. Place the Color LED (D8) on the left side of both 3-Snap Wires with the positive side on H2 and the negative on O2
12. Place the Blink Red LED (D11) on the middle snap of both 3-Snap Wires with the positive side H5-H6 and the negative on O5-O6
13. Place the Melody IC (U32) on the right side of the 3-Snap Wire on H9 and on the Battery Holder (B3)’s positive side on H16
14. Place the Slide Switch (S1) on the right side of the 3-Snap Wire on O9 and on the Battery Holder (B3)’s negative side on O16

Third Layer

15. Place the Color2 LED (D12) on the negative side of the Melody IC (U32) and on the Slide Switch (S1) on O9 with the positive side on the Melody IC (U32) H9

Project 21: BRIC ELEVATION¶

Build the circuit as described below, and turn on the slide switch (S1). The blue and color2 LEDs (D9 & D12) light. You can replace the LEDs with any of the other lights.

Parts Needed

• Bric2snap Adapter 1x1 (4)
• Bric2snap Adapter 1x2 (2)
• Plate 2x2 (2)
• Plate 2x12 (1)
• Brick 1x2 (15)
• Brick 1x3 (8)
• Brick 1x4 (2)
• Brick 2x2 (18)
• Brick 2x4 (6)
• Brick 2x6 (7)
• Slide Switch S1 (1)
• 3-Snap Wire (1)
• Blue LED D9 (1)
• Color2 LED D12 (1)
• Mounting Base (1)
• Battery Holder B3 (1)
• Jumper Wire (Blue) (2)

Bric Layer 1

1. Place a Bric2snap Adapter 1x1 on F6
2. Place a Bric2snap Adapter 1x1 on F13
3. Place a Bric2snap Adapter 1x1 on M6
4. Place a Bric2snap Adapter 1x1 on M13
5. Place a Plate 2x2 on I20-J21
6. Place a Brick 1x2 on M3-N3
7. Place a Brick 1x2 on O3-O4
8. Place a Brick 1x3 on D4-F4
9. Place a Brick 2x2 on I9-J10
10. Place a Brick 2x6 on B3-C8
11. Place a Brick 2x6 on G3-L4

Bric Layer 2

12. Place a Brick 1x2 on M3-N3
13. Place a Brick 1x2 on O3-O4
14. Place a Brick 1x3 on D4-F4
15. Place a Brick 2x2 on G3-H4
16. Place a Brick 2x2 on K3-L4
17. Place a Brick 2x2 on I9-J10
18. Place a Brick 2x6 on B3-C8

First Layer

19. Place the Battery Holder (B3) on adapter F13 and adapter M13 with the positive on F13
20. Place the Blue LED (D9) on adapter F6 and adapter M6 with the positive side on adapter F6

Bric Layer 3

21. Place a Brick 1x2 on M3-N3
22. Place a Brick 1x2 on O3-O4
23. Place a Brick 1x3 on D4-F4
24. Place a Brick 2x2 on G3-H4
25. Place a Brick 2x2 on K3-L4
26. Place a Brick 2x2 on I9-J10
27. Place a Brick 2x6 on B3-C8

Second Layer

28. Place a Slide Switch (S1) on the negative side of both Battery Holder (B3) M13, and the Blue LED (D9) negative side on M6
29. Place a 3-Snap Wire on the positive side of both Battery Holder (B3) on F13 and the Blue LED (D9) positive side on F6

Bric Layer 4

30. Place a Brick 1x2 on M3-N3
31. Place a Brick 1x2 on O3-O4
32. Place a Brick 1x3 on D4-F4
33. Place a Brick 2x2 on I9-J10
34. Place a Brick 2x6 on B3-C8
35. Place a Brick 2x6 on G3-L4

Bric Layer 5

36. Place a Plate 2x2 on B6-C7
37. Place a Plate 2x12 on I4-J15
38. Place a Brick 1x4 on H3-K3
39. Place a Brick 2x2 on L3-M4
40. Place a Brick 2x2 on N3-O4
41. Place a Brick 2x6 on B3-G4

Bric Layer 6

42. Place a Bric2snap Adapter 1x2 on C6-C7
43. Place a Bric2snap Adapter 1x2 on J6-J7
44. Place a Brick 1x3 on C3-E3
45. Place a Brick 1x4 on H3-K3
46. Place a Brick 2x2 on N3-O4
47. Place a Brick 2x4 on A2-B5
48. Place a Brick 2x4 on L2-M5

Bric Layer 7

49. Place a Brick 1x2 on D3-E3
50. Place a Brick 1x3 on H3-J3
51. Place a Brick 2x2 on N3-O4
52. Place a Brick 2x4 on B2-C5
53. Place a Brick 2x4 on K2-L5

Third Layer

54. Place the Color2 LED (D12) on adapter C6-C7 and adapter J6-J7 with the positive on adapter C6-C7

Fourth Layer

55. Place a Jumper Wire short (Blue) on the positive side of the Color2 LED (D12) on C6-C7 and on the right side of the 3-Snap Wire below, on F13
56. Place a Jumper Wire (Blue) on the negative side of the Color2 LED (D12) on J6-J7, and on the left side of the Slide Switch (S1) on M13

Bric Layer 8

57. Place a Brick 1x2 on E3-F3
58. Place a Brick 1x3 on G3-I3
59. Place a Brick 2x2 on N3-O4
60. Place a Brick 2x4 on C2-D5
61. Place a Brick 2x4 on J2-K5

Bric Layer 9

62. Place a Brick 1x2 on N3-O3
63. Place a Brick 1x2 on N4-O4
64. Place a Brick 1x3 on F3-H3
65. Place a Brick 2x2 on D2-E3
66. Place a Brick 2x2 on I2-J3

Bric Layer 10

67. Place a Brick 1x2 on G3-G4
68. Place a Brick 2x2 on E2-F3
69. Place a Brick 2x2 on H2-I3

Bric Layer 11

70. Place a Brick 1x2 on H2-H3
71. Place a Brick 2x2 on F2-G3

Bric Layer 12

72. Place a Brick 1x2 on G2-G3

Project 22: BRIC HOUSE¶

Parts Needed

• Bric2snap Adapter 1x1 (10)
• Bric2snap Adapter 1x2 (7)
• Bric2snap Adapter 2x2 (1)
• Plate 2x2 (4)
• Plate 2x12 (6)
• Brick 1x2 (27)
• Brick 1x3 (8)
• Brick 1x4 (10)
• Brick 2x2 (18)
• Brick 2x4 (6)
• Brick 1x6 (11)
• Brick 2x6 (8)
• Brick 1x10 (4)
• Brick 1x12 (7)
• Slide Switch (S1) (1)
• 3-snap wire (1)
• Color LED (D8) (1)
• Blue LED (D9) (1)
• Color2 LED (D12) (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Battery Base (B3) (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (2)

Support Beam 1

1. Stack two Plate 2x2s
2. Stack a Brick 2x6 on the Plate 2x2s between the side and the middle

Chimney

3. Stack six Brick 2x2s
4. Stack a Bric2snap Adapter 2x2 on top of the Stack of 2x2s

Bric Layer 1

5. Place a Bric2snap Adapter 1x1 on B3
6. Place a Bric2snap Adapter 1x1 on B10
7. Place a Bric2snap Adapter 1x1 on F15
8. Place a Bric2snap Adapter 1x1 on F22
9. Place a Bric2snap Adapter 1x1 on M15
10. Place a Bric2snap Adapter 1x1 on M22
11. Place a Plate 2x2 on I29-J30
12. Place a Brick 1x2 on C31-D31
13. Place a Brick 1x2 on E31-F31
14. Place a Brick 1x2 on G31-H31
15. Place a Brick 1x2 on I31-J31
16. Place a Brick 1x2 on K31-L31
17. Place a Brick 1x2 on M31-N31
18. Place a Brick 1x2 on I18-J18
19. Place a Brick 1x2 on I9-J19
20. Place a Brick 1x2 on M12-N12
21. Place a Brick 1x3 on D13-F13
22. Place a Brick 1x4 on B18-B21
23. Place a Brick 1x4 on B22-B25
24. Place a Brick 1x4 on O24-O27
25. Place a Brick 1x4 on O28-O31
26. Place a Brick 1x6 on B26-B31
27. Place a Brick 1x6 on O12-O17
28. Place a Brick 1x6 on O18-O23
29. Place a Brick 2x6 on B12-C17
30. Place a Brick 2x6 on G12-L13

Bric Layer 2

31. Place a Brick 1x2 on B18-B19
32. Place a Brick 1x2 on M12-N12
33. Place a Brick 1x3 on D13-F13
34. Place a Brick 2x2 on G12-H13
35. Place a Brick 2x2 on I17-J18
36. Place a Brick 2x2 on K12-L13
37. Place a Brick 1x6 on O12-O17
38. Place a Brick 1x6 on O18-O23
39. Place a Brick 2x6 on B12-C17

First Layer

40. Place the Battery Base (B3) on adapter F22 and on adapter M22 with the positive side is on adapter F22
41. Place the Blue LED (D9) on adapter F15 and on adapter M15 with the positive side on adapter F15
42. Place a Jumper Wire long (Orange) on adapter B3
43. Place a Jumper Wire long (Orange) on adapter B10

Second Layer

44. Place the Slide Switch (S1) on the negative side of both the Blue LED (D9) on M15 and the Battery Base (B3) M22
45. Place a Color2 LED on both previously placed Jumper Wire long (Orange)s on B3 and B10 with the positive on B3. Place the Mounting Base and Fiber Optic Tree on top of the Color2 LED in the middle, and covering the LED.
46. Place a 3-Snap Wire on the positive side of both the Blue LED (D9) on F15 and the Battery Base (B3) on F22

Bric Layer 3

47. Place a Brick 1x2 on B18-B19
48. Place a Brick 1x2 on M12-N12
49. Place a Brick 1x2 on O22-O23
50. Place a Brick 1x3 on D13-F13
51. Place a Brick 1x4 on O11-O14
52. Place a Brick 2x2 on G12-H13
53. Place a Brick 2x2 on K12-L13
54. Place a Brick 2x2 on I18-J19
55. Place a Brick 2x6 on B12-C17

Bric Layer 4

56. Place a Brick 1x2 on B18-B19
57. Place a Brick 1x2 on M12-N12
58. Place a Brick 1x2 on O22-O23
59. Place a Brick 1x3 on D13-F13
60. Place a Brick 1x4 on O11-O14
61. Place a Brick 2x2 on I18-J19
62. Place a Brick 2x6 on B12-C17
63. Place a Brick 2x6 on G12-L13

Third Layer

64. Place the loose end of the Jumper Wire long (Orange), on B3 and place it on the middle of the 3-Snap Wire at F18-F19.
65. Take the last loose Jumper Wire long (Orange) that is attached to Color2 LED on B10 and place it on the Slide Switch (S1) on M15

Bric Layer 5

66. Place a Plate 2x12 on I13-J24
67. Place a Bric2snap Adapter 1x2 on a Plate 2x2 on B14-C15 with the adapter on the C row
68. Place a Brick 1x2 on N12-O12
69. Place a Brick 1x2 on O22-O23
70. Place a Brick 1x3 on O13-O15
71. Place a Brick 1x6 on H12-M12
72. Place a Brick 2x6 on B12-G12

Bric Layer 6

73. Place the Support Beam 1 on the I18-J19 with the Brick 2x6s longer side farther away from you
74. Place a Bric2snap Adapter 1x2 on J15-J16
75. Place a Brick 1x2 on C12-C13
76. Place a Brick 1x3 on L12-N12
77. Place a Brick 1x4 on H12-K12
78. Place a Brick 2x2 on D12-E13
79. Place a Brick 2x4 on A11-B14
80. Place a Brick 1x12 on O12-O23

Fourth Layer

81. Place a Color LED (D8) on adapter C15-C16 and on adapter J15-J16 with the positive end on C15-C16

Fifth Layer

82. Place a Jumper Wire short (Blue) on the positive side of the Color LED (D8) on C15-C16, and on the right side of the 3-Snap Wire that is below on the positive side of the Battery Holder (B3), on B22
83. Place a Jumper Wire short (Blue) on the negative side of the Color LED (D8) on J15-J16, and on the Jumper Wire long (Orange) on the left side of the Slide Switch (S1) on M15

Bric Layer 7

84. Place a Brick 1x2 on B12-B13
85. Place a Brick 1x2 on F18-F19
86. Place a Brick 1x2 on O17-P17
87. Place a Brick 1x3 on H12-J12
88. Place a Brick 1x4 on C11-C14
89. Place a Brick 1x4 on K12-N12
90. Place a Brick 2x2 on D12-E13
91. Place a Brick 2x2 on O15-P16
92. Place a Brick 1x6 on K19-P19
93. Place a Brick 2x4 on O11-P14
94. Place a Brick 2x4 on O20-P23
95. Place a Brick 1x10 on G18-P18

Bric Layer 8

96. Place a Brick 1x2 on E12-E13
97. Place a Brick 1x2 on L12-M12
98. Place a Brick 1x3 on D11-D13
99. Place a Brick 1x6 on F12-K12
100. Place a Brick 2x4 on F18-I19
101. Place a Brick 2x4 on J18-M19
102. Place a Brick 1x12 on N11-N22

Bric Layer 9

103. Place a Brick 1x2 on G18-H18
104. Place a Brick 1x6 on E11-E16
105. Place a Brick 1x6 on G12-L12
106. Place a Brick 2x4 on I18-L19
107. Place a Brick 1x10 on F12-F21
108. Place a Brick 1x12 on M11-M22

Bric Layer 10

109. Place a Brick 1x2 on G12-H12
110. Place a Brick 1x2 on G18-H18
111. Place a Brick 1x2 on K18-K19
112. Place a Brick 1x3 on I12-K12
113. Place a Brick 1x4 on F17-F20
114. Place a Brick 2x2 on I18-J19
115. Place a Brick 1x6 on F11-F16
116. Place a Brick 1x12 on L11-L22

Bric Layer 11

117. Place a Brick 1x2 on J18-J19
118. Place a Brick 1x3 on H12-J12
119. Place a Brick 2x2 on H18-I19
120. Place a Brick 1x10 on G11-G20
121. Place a Brick 1x12 on K11-K20

Bric Layer 12

122. Place a Brick 1x2 on I12-I13
123. Place a Brick 1x2 on I18-I19
124. Place a Brick 1x10 on H11-H20
125. Place a Brick 1x12 on J11-J22

Bric Layer 13

126. Place the Chimney on B12-C13
127. Place a Brick 1x12 on I11-I22

Bric Layer 14

128. Place a Bric2snap Adapter 1x2 on I11-I12
129. Place a Bric2snap Adapter 1x2 on I16-I17
130. Place a Bric2snap Adapter 1x2 on I21-I22

Project 23: DIAGONAL CIRCUIT¶

Build the circuit as described below, and turn on the slide switch (S1). The three LEDs (D8, D9, & D11) light in a dim blinking pattern, and the melody IC (U32) makes weird sounds. The lamp (L4) is used here as a 3-snap wire and does not light. Try replacing one of the LEDs with the color2 LED (D12).

Parts Needed

• Bric2snap Adapter 1x1 (4)
• Bric2snap Adapter 2x2 (4)
• Plate 2x2 (1)
• Slide Switch (S1) (1)
• 3-snap wire (3)
• Color LED (D8) (1)
• Blue LED (D9) (1)
• Blink Red LED (D11) (1)
• 4.5V Lamp (L4) (1)
• Melody IC (U32) (1)
• Battery Base (B3) (1)

Bric Layer 1

1. Place a Bric2snap Adapter 1x1 on F8
2. Place a Bric2snap Adapter 1x1 on K3
3. Place a Bric2snap Adapter 1x1 on K13
4. Place a Bric2snap Adapter 1x1 on P8
5. Place a Bric2snap Adapter 2x2 on A5-B6
6. Place a Bric2snap Adapter 2x2 on A12-B13
7. Place a Bric2snap Adapter 2x2 on F17-G18
8. Place a Bric2snap Adapter 2x2 on M17-N18
9. Place a Plate 2x2 on J25-K26

First Layer

10. Place the Battery Base (B3) on adapter F17-G18 and on adapter M17-N18 with the positive on adapter F17-G18
11. Place the Melody IC (U32) on adapter A5-B6 and adapter A12-B13 with the positive on adapter A12-B13
12. Place a 3-Snap Wire on adapter K3 and adapter F8
13. Place a 3-Snap Wire on adapter K13 and adapter P8

Second Layer

14. Place the Blue LED (D9) on the left side of both 3-Snap Wires with the positive on K3 and negative on P8
15. Place the Blink Red LED (D11) on the right side of both 3-Snap Wires with the positive on F8 and negative on K13
16. Place the 4.5V Lamp (L4) on the middle of the 3-Snap Wire on M10-N11 and the negative side of the Battery Base (B3) on M17-N18
17. Place the Slide Switch (S1) on the positive side of the Melody IC (U32) on A12-B13 and on the positive side of the Battery Base (B3), F17-G18
18. Place a 3-Snap Wire on the negative side of the Melody IC on A5-B6 and on the middle of the 3-Snap Wire on H5-I6

Third Layer

19. Place the Color LED positive side where 2 previously placed 3-Snap wires intersect on H5-I6 and on the 4.5V Lamp on M10-N11

Project 24: WALL OF LIGHT¶

Build the circuit as described below, and turn on the slide switch (S1). The color LED (D8) shines a colorful pattern on the wall of bricks, for best effects rotate the lined lens so its lines converge toward the wall, and place the circuit in a dark room. The melody IC (U32) makes sound, and can be removed from the circuit if desired. You can replace the color LED (D8) with the color2 LED (D12) to change the effects.

Parts Needed

• Bric2snap Adapter 1x2 (6)
• Plate 2x2 (1)
• Brick 1x2 (8)
• Brick 2x2 (16)
• Brick 1x6 (10)
• Brick 2x6 (1)
• Brick 1x10 (4)
• Brick 1x12 (3)
• Slide Switch (S1) (1)
• 3-snap wire (3)
• Color LED (D8) (1)
• Battery Base (B3) (1)
• Lined Lens LED Attachment (1)

Wall

1. Make two stacks of four Brick 1x2
2. Connect the two stacks across both pegs with a Brick 1x12 with the stacks all the way at the end
3. Make two stacks of five Brick 1x6 on the Brick 1x12 flushed with each other
4. Connect the stacks on the Brick 1x12 with a stack of two Brick 1x12
5. Stack four Brick 1x10 on the Brick 1x12s in the middle with one peg on each side

Pillar

6. Stack sixteen Brick 2x2s

Bric Layer 1

7. Place the Wall on B8-M8
8. Place the Pillar on F3-G4
9. Place a Bric2snap Adapter 1x2 on D10-E10
10. Place a Bric2snap Adapter 1x2 on D17-E17
11. Place a Bric2snap Adapter 1x2 on D24-E24
12. Place a Bric2snap Adapter 1x2 on K10-L10
13. Place a Bric2snap Adapter 1x2 on K17-L17
14. Place a Bric2snap Adapter 1x2 on K24-L24
15. Place a Plate 2x2 on G31-H32

First Layer

16. Place the Battery Base (B3) on adapter D24-E24 and on adapter K24-L24 with the positive side on D24-E24
17. Place a 3-Snap Wire on adapter D10-E10 and on adapter D17-E17
18. Place a 3-Snap Wire on adapter K10-L10 and on adapter K17-L17

Second Layer

19. Place the Color LED (D8) on the left side of both 3-Snap Wires with the positive on the 3-Snap Wire on D10-E10. Snap the Lined Lens LED Attachment on top of the Color LED (D8) in the middle, covering the LED
20. Place the Slide Switch (S1) on the right side of the 3-Snap Wire on D17-E17 and on the positive of the Battery Base (B3) on D24-E24
21. Place a 3-Snap Wire on the right side of the previously placed 3-Snap Wire on K17-L17, and on the negative side of the Battery Base (B3) on K24-L24

Third Layer

22. Place the Melody IC (U32) on the left side of the Slide Switch (S1) on D17-E17 and the 3-Snap Wire on K17-L17 with the positive side on the Slide Switch (S1) on D17-E17

Bric Layer 2

23. Place a Brick 2x6 on F3-G8

Project 25: YOUR WALL OF LIGHT¶

Place this circuit close to a wall in a dark room. For best effects rotate the lined lens so its lines converge toward the wall. You can replace the color LED (D8) with the color2 LED (D12) to change the effects.

Parts Needed

• Bric2snap Adapter 1x2 (4)
• Plate 2x2 (1)
• Slide Switch (S1) (1)
• 3-snap wire (1)
• Color LED (D8) (1)
• Battery Base (B3) (1)
• Lined Lens LED Attachment (1)

Bric Layer 1

1. Place a Bric2snap Adapter 1x2 on D2-E2
2. Place a Bric2snap Adapter 1x2 on D9-E9
3. Place a Bric2snap Adapter 1x2 on K2-L2
4. Place a Bric2snap Adapter 1x2 on K9-L9
5. Place a Plate 2x2 on G16-H17

First Layer

6. Place the Battery Base (B3) on adapter D9-E9 and on adapter K9-L9 with the positive side on adapter D9-E9
7. Place the Color LED (D8) on adapter D2-E2 and on adapter K2-L2 with the positive side on adapter D2-E2. Snap the Lined Lens LED Attachment on top of the Color LED (D8), in the middle, over the LED

Second Layer

8. Place the Slide Switch (S1) on the positive side of the Color LED (D8) on D2-E2 and on the positive side of the Battery Base on D8-E8
9. Place a 3-Snap Wire on the negative side of the Color LED (D8) on K2-L2 and on the negative side of the Battery Base on K9-L9

Project 26: 2 STORY HOUSE¶

Parts Needed

• Bric2snap Adapter 1x1 (8)
• Bric2snap Adapter 1x2 (6)
• Bric2snap Adapter 2x2 (2)
• Plate 2x2 (19)
• Plate 2x12 (6)
• Brick 1x2 (33)
• Brick 1x3 (9)
• Brick 1x4 (11)
• Brick 2x2 (18)
• Brick 2x4 (6)
• Brick 1x6 (9)
• Brick 2x6 (8)
• Brick 1x10 (4)
• Brick 1x12 (7)
• Slide Switch (S1) (1)
• 3-snap wire (3)
• Color LED (D8) (1)
• Blue LED (D9) (1)
• Color2 LED (D12) (1)
• Melody IC (U32) (1)
• Fiber Optic Tree (1)
• Mounting Base (1)
• Battery Base (B3) (1)
• Jumper Wire (Orange) (2)
• Jumper Wire (Blue) (2)

Stack Type 1

1. Stack four Brick 1x2s

Stack Type 2

2. Stack four Brick 1x6s

Stack Type 3

3. Stack four Brick 2x4s

Stack Type 4

4. Stack four Brick 2x6s

Stack Type 5

5. Stack four Brick 1x4s

Stack Type 6

6. Stack six Brick 1x4s

Stack Type 7

7. Stack six Brick 1x3s
8. Stack two Brick 1x2s on the Brick 1x3s

Stack Type 8

9. Stack twelve Brick 1x2s

Support Beam 1

10. Make two stacks of four Brick 1x2s
11. Connect the two stacks Brick 1x2s with a Brick 1x12
12. Stack a Brick 1x10 on the Brick 1x12
13. Stack a Brick 1x2 on Brick 1x12 flushed with the Brick 1x10

Light

14. Place the Blue LED upside down with the positive side on the right
15. Attach one 3D Snap on the right side with the hole facing away from the light
16. Attach the other 3D Snap on the left side with the hole facing away from the light
17. Attach the Blink Red LED to the leftover connectors on the 3D Snap with the positive on the right

Light Holder

18. Place two Brick 1x1s underneath a Brick 1x12 connected using one of the outside pegs
19. Place a Bric2snap Adapter 1x2 on the outside pegs facing down connecting them together

Bric Layer 1

20. Place a Bric2snap Adapter 1x1 on E14
21. Place a Bric2snap Adapter 1x1 on E21
22. Place a Bric2snap Adapter 1x1 on L14
23. Place a Bric2snap Adapter 1x1 on L21
24. Place a Plate 2x2 on H27-I28
25. Place a Brick 1x2 on C7-C8
26. Place a Brick 1x2 on N15-N16
27. Place a Brick 1x2 on N21-N22
28. Place a Brick 1x2 on N23-N24
29. Place a Brick 1x3 on N9-N11
30. Place a Brick 1x3 on N12-N14
31. Place a Brick 1x4 on N17-N20
32. Place a Brick 2x2 on C5-D6
33. Place a Brick 2x2 on E5-F6
34. Place a Brick 2x2 on G5-H6
35. Place a Brick 2x2 on I5-J6
36. Place a Brick 2x2 on M7-N8
37. Place a Brick 1x6 on N25-30
38. Place a Brick 2x4 on K5-N6
39. Place a Brick 2x6 on B19-C24
40. Place a Brick 2x6 on B25-C30

Bric Layer 2

41. Place the Stack Type 1 on N20-N21
42. Place the Stack Type 2 on N24-N29
43. Place the Stack Type 3 on B20-C23
44. Place the Stack Type 4 on B24-C29
45. Place the Stack Type 8 on C7-C8
46. Place a Bric2snap Adapter 1x2 on M7-N7

First Layer

47. Place the Battery Base (B3) on adapter E21 and on adapter L21 with the positive side on adapter E21
48. Place the Melody IC (U32) on adapter E14 and on adapter L14 with the positive side on adapter E14

Second Layer

49. Place the Slide Switch on the negative side of both the Melody IC (U32) on L14 and the Battery Base (B3) negative side, L21
50. Place a 3-Snap Wire on the positive side of the Melody IC (U32) on E14 and on the positive side of the Battery Base (B3) E21

Third Layer

51. Place the Color LED (D8) on the left side of the 3-Snap Wire that is on top of the Melody IC (U32) on E14, and on the left side of the Slide Switch (S1) on L14. Snap the Fiber Optic Tree on top of the Color LED (D8) in the middle, covering the LED
52. Place a Jumper Wire short (Blue) on the middle snap of the 3-Snap Wire on E17-E18

Fourth Layer

53. Place a Jumper Wire short (Blue) on adapter M7-N7 and on the negative side of the Color LED (D8) on M14
54. Place a Jumper Wire long (Orange) on the positive side of the Color LED on E14

Bric Layer 3

55. Place a Brick 1x6 on N19-N24
56. Place a Brick 1x6 on N25-N30
57. Place a Brick 2x6 on B19-C24
58. Place a Brick 2x6 on B25-C30

Bric Layer 4

59. Place a Plate 2x12 on C19-C20
60. Place a Plate 2x12 on C21-C22
61. Place a Plate 2x12 on C23-C24
62. Place a Plate 2x12 on C25-C26
63. Place a Plate 2x12 on C27-C28
64. Place a Plate 2x12 on C29-C30

Bric Layer 5

65. Place the Pillar Type 5 on I23-I26
66. Place a Plate 2x2 on C19-D20
67. Place a Plate 2x2 on C29-D30
68. Place a Plate 2x2 on K19-L20
69. Place a Plate 2x2 on M19-N20
70. Place a Plate 2x2 on L21- M22
71. Place a Plate 2x2 on K29-L30
72. Place a Plate 2x2 on M29-N30
73. Place a Plate 2x2 on L27-M28
74. Place a Brick 1x2 on E21-F21
75. Place a Brick 1x2 on E28-F28

Bric Layer 6

76. Place a Bric2snap Adapter 1x2 on E21-F21
77. Place a Bric2snap Adapter 1x2 on E28-F28
78. Place a Bric2snap Adapter 1x2 on L21-M21
79. Place a Bric2snap Adapter 1x2 on L28-M28
80. Place a Plate 2x2 on C19-D20
81. Place a Plate 2x2 on C29-D30
82. Place a Plate 2x2 on J19-K20
83. Place a Plate 2x2 on L19-M20
84. Place a Plate 2x2 on J29-K30
85. Place a Plate 2x2 on L29-M30

Fifth Layer

86. Place the 4.5V Lamp on adapter L21-M21 and on adapter L28-M28
87. Place the Light assembly vertically on the Jumper Wire short (Blue) on adapter M7-N7, with the positive side up

Sixth Layer

88. Place the other side of the previously placed Jumper Wire long (Orange) on E14, to the top of the vertical Light assembly on it's positive snap
89. Place a 3-Snap Wire on adapter E21-F21 and on the left side of 4.5V Lamp
90. Place a 3-Snap Wire on adapter E28-F28 and on the right side of 4.5V Lamp on E28-F28

Seventh Layer

91. Place the Color2 LED (D12) on the left 3-Snap Wire with the positive side on E21-F21, and negative side on the right 3-Snap Wire on E28-F28
92. Take the other end of the previously placed Jumper Wire short (Blue) on E17-E18 below, and snap it on the left 3-Snap wire above, on the middle snap on I21-J21
93. Place a Jumper Wire long (Orange) on the Jumper Wire (Blue) previously placed below on M21 and snap it on the middle of the right 3-Snap Wire above, on H28-I28

Bric Layer 7

94. Place the Stack Type 6 on K30-N30
95. Place the Stack Type 7 on L19-N19 with Brick 1x2 facing inwards
96. Place the Support Beam 1 on C19-C30

Bric Layer 8

97. Place the Light Holder on C7-N7 connecting the Jumper Wire (Orange) on the Light to the adapter
98. Place a Brick 1x10 on C20-C29
99. Place a Brick 1x12 on C8-C19
100. Place a Brick 1x12 on C30-N30
101. Place a Brick 1x12 on N8-N19

Bric Layer 9

102. Place a Brick 1x3 on K30-N30
103. Place a Brick 2x2 on C8-D9
104. Place a Brick 2x2 on C16-D17
105. Place a Brick 2x2 on M7-N8
106. Place a Brick 1x6 on C19-C24
107. Place a Brick 1x6 on C25-C30
108. Place a Brick 1x12 on C18-N18
109. Place a Brick 1x12 on N19-N30

Bric Layer 10

110. Place a Bric2snap Adapter 1x1 on N22
111. Place a Bric2snap Adapter 1x1 on N27
112. Place a Brick 2x2 on C9-D10
113. Place a Brick 2x2 on C15-D16
114. Place a Brick 2x2 on M8-N9
115. Place a Brick 2x2 on M18-N9
116. Place a Brick 1x10 on C20-C29

Bric Layer 11

117. Place a Plate 2x2 on M9-N10
118. Place a Plate 2x2 on M17-N18
119. Place a Brick 2x2 on C10-D11
120. Place a Brick 2x2 on C14-D15
121. Place a Brick 1x10 on C20-C29

Bric Layer 12

122. Place a Bric2snap Adapter 1x1 on C20
123. Place a Bric2snap Adapter 1x1 on C29
124. Place a Brick 2x2 on C11-D12
125. Place a Brick 2x2 on C13-D14
126. Place a Brick 2x2 on M10-N11
127. Place a Brick 2x2 on M16-N17

Bric Layer 13

128. Place a Bric2snap Adapter 2x2 on C12-D13
129. Place a Plate 2x2 on M10-N11
130. Place a Plate 2x2 on M16-N17

Bric Layer 14

131. Place a Plate 2x2 on M11-N12
132. Place a Plate 2x2 on M14-N15

Bric Layer 15

133. Place a Brick 2x4 on M12-N15

Bric Layer 16

134. Place a Bric2snap Adapter 2x2 on M13-N14

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