This 3-piece table design that can be easily stored and transported while maintaining the robustness found in many DIY plywood designs.

This table is suitable for use in the FIRST LEGO League Robot Game.

• Quickly disassembles into three sections for easy storage at home, in a classroom, or between tournaments
• Sections fit into small vehicles for transportation
• Sections are able to be carried by one adult or two students (each section weighs about 22lb) 
• Critical parts stay together after initial assembly to ensure a consistent playing surface
• One Phillips head screwdriver (four screws) needed to reassemble sections for use
• The bolted design allows for walls to be adjusted to ensure they are always in the correct location

FTC Competition Set offers you a well-rounded selection of MAX components for building a robot that can successfully compete in the FIRST Tech Challenge competition. This set includes a comprehensive selection of 843 heavy-duty pieces that will allow your team to apply its creativity and engineering knowledge to complete the challenge.

Not just for golf, these balls are used in activities in the TETRIX® PRIME Builder’s Guide. These soft foam replacements might come in handy!  Quantity: pkg of 4

This 8 pack of 2.5mm thick T gussets can be used to assemble structures used in competitive robotics.

• 3.50 in. x 3.25 in. with 1 inch wide ends
• 5mm (.197") holes spaced 1/2 an inch apart, perfect for number 10 bolts or 3/16 rivets.
• 2.5mm (0.098 in.) thick, made from 6061-T6 aluminum
• Sold in 8 packs

This LEGO® set was used in the 2022/2023 FIRST® LEGO® League Challenge called SUPERPOWERED.

Every year, FIRST® LEGO® League releases a new Challenge based on a real-world, scientific theme. SUPERPOWERED highlights the creation, distribution, and consumption of energy. Teams were challenged to compete in a 2.5 minute game with the robots that teams designed from LEGO® MINDSTORMS® or LEGO® Education SPIKE™ Prime. You can find more information in the official FIRST® archive of past challenges.

FIRST® LEGO® League Challenges are designed to be played on a table with specific design requirements. The AndyMark Robot Competition Table is fully qualified and is modular for easy storage and transport.

For missing, broken or replacement pieces from your Challenge Set, please go to: https://www.lego.com/en-us/service/replacementparts

Note: the building components included in this set are compatible with both Spike Prime and MINDSTORM.

Included Items

• LEGO Bricks for 2022 FLL Challenge Missions
• 2022 Mat for gameplay

Specifications

• Manufacturer Part #: 45820
• Number of Pieces: 2193
• Year: 2022

Documents

Guide(s)

fll-challenge-superpowered-overview.pdf

This pinion gear attaches to an RS-500 series motor such as the Banebots 550 Motor so it can be used with a 57 Sport Gearbox.

Machine Key, steel. Used in 2.5" CIM Motor shafts. 

Specifications:

• Width: 2mm (0.078 inch)
• Length: 10mm (0.394 inch)
• Weight: 0.0008 pounds

This LEGO® set was used in the 2016/2017 FIRST® LEGO® League Challenge called Animal Allies.

Every year, FIRST® LEGO® League releases a new Challenge based on a real-world, scientific theme. Animal Allies is a game designed to show the way that innovation and technology have enabled humans and animals to work together and learn from each other. Teams were challenged to complete up to 15 different missions with the robots that teams designed from LEGO® MINDSTORMS®. You can find more information in the official FIRST® archive of past challenges.

FIRST® LEGO® League Challenges are designed to be played on a table with specific design requirements. The AndyMark Robot Competition Table is fully qualified and is modular for easy storage and transport.

For missing, broken or replacement pieces from your Challenge Set, please go to: https://www.lego.com/en-us/service/replacementparts

Note: the building components included in this set are compatible with both Spike Prime and MINDSTORM.

Included Items

• LEGO Bricks for 2016 FLL Challenge Missions
• 2016 Mat for gameplay

The navX2-Micro is the greatest sensor for orientation in competitive robots. navX2-Micro is a second-generation 9-axis inertial/magnetic sensor and motion processor. Designed for plug-n-play installation onto robots such as those used in the WorldSkills Robotics, FIRST Technology Challenge (FTC) and the FIRST Robotics Challenge (FRC), navX2-Micro helps build better robots by adding sophisticated navigation capabilities. Significant improvements over the classic navX2-Micro allow for more accuracy, decreased yaw drift, and faster boot time. navX2-Micro includes software algorithms for enhanced sensor calibration as well as KalmanFilter-based data fusion combining gyro, accelerometer, and magnetometer data into a 9-axis heading and high-quality magnetometer calibration including magnetic disturbance detection.
  
In addition to being an Inertial Measurement Unit, navX2-Micro capabilities are referred to within the aerospace industry as an “Attitude/Heading Reference System” (AHRS). Studica brings this high-tech AHRS capability to FIRST teams – to use, learn, and explore. navX2-Micro is a key component of Studica’s ongoing efforts to make state-of-the-art navigation technologies used in drones and autonomous vehicles (e.g., the Google Car) available to robotics students and enthusiasts as low-cost, open-source products.

Improvements over navX "Classic":
navX2-Micro features a new set of IMU & Magnetometer sensors with superior sensor specifications to those on the MPU-9250 sensor. This board has a faster 180Mhz microcontroller and an optimized startup time at 5 seconds versus 15 seconds. In addition, it has a completely new Kalman Filter-based Sensor Fusion algorithm running internally at a blazing fast 416Hz. 

RoboRIO Installation
It's recommended to connect to the RoboRIO using a USB Mini-B type (Male) to USB A type (Male) connector, navX2-Micro can receive both power and also communicate with the RoboRIO. This preferred installation method allows the navX2-Micro circuit board to be placed up to 6 meters away from the RoboRIO.

IMPORTANT NOTE:  To avoid having the navX2-Micro reset due to a RoboRIO brownout, connecting the navX2-Micro to the RoboRIO via USB is highly recommended.

This retainer clip is used to hold objects (such as gears) in place on shafts. 

Example: This product can be used to hold a gear onto a CIM motor shaft. 

Specification: 

• Material: Steel
• Inner Diameter: 8mm
• Outer Diameter: 15mm
• Weight: Less than 0.001 lbs

This product includes two 1.25 inch long half inch hex couplers. This product has been verified to clamp all the various standards of 1/2" hex, rounded hex and AM churro with significant clamping force.

• 1.25" long overall - shortest hex coupler on the market.
• Split half design allows you to easily remove or add the coupler back on - great for mechanisms that might require maintenance or replacement.
• Each coupler includes four 3/8" long 6-32 threaded black oxide steel bolts. These bolts use a 7/64" driver to prevent easily stripping the bolt heads out.
• .1 ounces or .0625 pounds, black anodized 6061 aluminum.

This kit is equivalent to the FRC Kit of Parts KitBot. In conjunction with an AM14U5 drive train, and two additional motor controllers, these items can create a robot that can play some aspects of CRESCENDO℠. It’s also been designed so teams can build the KitBot and then further iterate on it to add additional features if they choose. Teams will still need basic power tools (drills, saws, etc.) in order to build this robot. 

The options here are configured per what teams can opt in or out of in the KOP. KitBot documentation will be available to all teams, and many of the items from the Black Tote that are used to build the KitBot are components that Veteran teams likely already have on hand or can easily replicate. 

NOTE: While the Black Tote does include two motor controllers we opted to not include them in either of our bundles due to the high cost, and high likelihood that teams will have extra brushed speed controllers available to use. 

Resources that will be made available by FIRST include:

• Build instructions for the KitBot with photos
• Basic code to operate the KitBot as designed in LabVIEW, Java, C++, and Python
  • Software guide for each language exploring the code and possible controls modifications
• CAD drawings of the KitBot
• A guide to describe the process of adding or improving the functionality of the KitBot
• Assembly Videos

Non-Black Tote Components:

• 4 - 0.192 in. ID x 0.375 in. OD x 0.625 in. Long Aluminum Spacer (am-1731)
• 4 - 0.192 in. ID x 0.375 in. OD x 0.250 in. Long Aluminum Spacer (am-4209)
• 6 - 1 in. Tee Gusset (am-4158)
• 2 - 2 x 2 x 10 mm Machine Key (am-1121)
• 2 - 8 mm Push On Retaining Ring (am-0033)
• 4 - 0.257 in. ID 0.500 in. OD 1.125 in. Long Aluminum Spacer (am-3944)
• 3 - Black Cable Ties 14 in. (am-1067_black)
• 4 - 1/4-20 x 1.5 in. Socket Head Cap Screw (am-1131)
• 4 - 1/4-20 x 3 in. Socket Head Cap Screw (am-1030)
• 8 - 1/4-20 Nylock Nut (am-1015)
• 45 - 10-32 x 1.5 in. Socket Head Cap Screw (am-1014)
• 47 - 10-32 Nylock Nut (am-1042)
• 2 - 10-32 x 1.5 in. Button Head Cap Screw (am-1730)
• 6 - 3 ft length 1 in. x 1 in. 0.063 in. Wall Thickness Box Tube (am-4203-3)
• 2 - 0.118 in. Thick 24 in. x 24 in. Polycarbonate Sheet (am-0980)

Black Tote Components:

• 2 - Top Corner Bracket (am-5294)
• 1 - Motor Mount Plate (am-5295)
• 2 - Tube Mounting Plate (am-5296)
• 2 - 4 in. 1/2 in. Hex Bore 40A Durometer Stealth Wheel (am-2647_orange)
• 2 - 1 in. 8 mm to 1/2 in. Hex Shaft Adapter (am-0588_long)
• 4 - 10-32 x 0.625 in. Socket Head Cap Screw with Nylon Thread Lock Patch (am-1120)
• 2 - 2.5 in. CIM Motor (am-0255)

This kit is equivalent to the FRC Kit of Parts KitBot. In conjunction with an AM14U5 drive train, and two additional motor controllers, these items can create a robot that can play some aspects of CRESCENDO℠. It’s also been designed so teams can build the KitBot and then further iterate on it to add additional features if they choose. Teams will still need basic power tools (drills, saws, etc.) in order to build this robot. 

The options here are configured per what teams can opt in or out of in the KOP. KitBot documentation will be available to all teams, and many of the items from the Black Tote that are used to build the KitBot are components that Veteran teams likely already have on hand or can easily replicate. 

NOTE: While the Black Tote does include two motor controllers we opted to not include them in either of our bundles due to the high cost, and high likelihood that teams will have extra brushed speed controllers available to use. 

Resources that will be made available by FIRST include:

• Build instructions for the KitBot with photos
• Basic code to operate the KitBot as designed in LabVIEW, Java, C++, and Python
  • Software guide for each language exploring the code and possible controls modifications
• CAD drawings of the KitBot
• A guide to describe the process of adding or improving the functionality of the KitBot
• Assembly Videos

Non-Black Tote Components:

• 4 - 0.192 in. ID x 0.375 in. OD x 0.625 in. Long Aluminum Spacer (am-1731)
• 4 - 0.192 in. ID x 0.375 in. OD x 0.250 in. Long Aluminum Spacer (am-4209)
• 6 - 1 in. Tee Gusset (am-4158)
• 2 - 2 x 2 x 10 mm Machine Key (am-1121)
• 2 - 8 mm Push On Retaining Ring (am-0033)
• 4 - 0.257 in. ID 0.500 in. OD 1.125 in. Long Aluminum Spacer (am-3944)
• 3 - Black Cable Ties 14 in. (am-1067_black)
• 4 - 1/4-20 x 1.5 in. Socket Head Cap Screw (am-1131)
• 4 - 1/4-20 x 3 in. Socket Head Cap Screw (am-1030)
• 8 - 1/4-20 Nylock Nut (am-1015)
• 45 - 10-32 x 1.5 in. Socket Head Cap Screw (am-1014)
• 47 - 10-32 Nylock Nut (am-1042)
• 2 - 10-32 x 1.5 in. Button Head Cap Screw (am-1730)
• 6 - 3 ft length 1 in. x 1 in. 0.063 in. Wall Thickness Box Tube (am-4203-3)
• 2 - 0.118 in. Thick 24 in. x 24 in. Polycarbonate Sheet (am-0980)

Black Tote Components:

• 2 - Top Corner Bracket (am-5294)
• 1 - Motor Mount Plate (am-5295)
• 2 - Tube Mounting Plate (am-5296)
• 2 - 4 in. 1/2 in. Hex Bore 40A Durometer Stealth Wheel (am-2647_orange)
• 2 - 1 in. 8 mm to 1/2 in. Hex Shaft Adapter (am-0588_long)
• 4 - 10-32 x 0.625 in. Socket Head Cap Screw with Nylon Thread Lock Patch (am-1120)
• 2 - 2.5 in. CIM Motor (am-0255)

This LEGO® set was used in the 2020/2021 FIRST® LEGO® League Challenge called RePLAY.

Every year, FIRST® LEGO® League releases a new Challenge based on a real-world, scientific theme. RePLAY highlights inclusivity in our environment and our actions. Teams were challenged to compete in a 2.5 minute game with the robots that teams designed from LEGO® MINDSTORMS®. You can find more information in the official FIRST® archive of past challenges.

FIRST® LEGO® League Challenges are designed to be played on a table with specific design requirements. The AndyMark Robot Competition Table is fully qualified and is modular for easy storage and transport.

For missing, broken or replacement pieces from your Challenge Set, please go to: https://www.lego.com/en-us/service/replacementparts

Note: the building components included in this set are compatible with both Spike Prime and MINDSTORM.

Included Items

• LEGO Bricks for 2020 FLL Challenge Missions
• 2020 Mat for gameplay

Specifications

• Manufacturer Part #: 45813
• Number of Pieces: 1602

Specifications:

• Material: Steel
• Coating: Zinc plated
• Thread: 1/4-20
• Length: 1.5"
• Head: Socket Head Cap Screw