This kit contains all the Field & Game Elements required for the 2023 - 2024 VEX Robotics Competition Game, Over Under.

One Full Field & Game Element Kit (276-8354) includes the following:

2 x VRC Over Under Game Element Kits

1 x VRC Over Under Field Element Kit 1

1 x VRC Over Under Field Element Kit 2

1 x VRC Over Under Field Element Kit 3

Compatible with both the Competition Field Perimeter Kit and Portable Competition Field Perimeter.
Field Perimeter & Tiles NOT included.

The perfect all-in-one kit for any newVEX Robotics Competition teamor an existing team looking to supercharge their robot.

This kit contains everything needed to get up and running with theV5 Control System, along with a variety of aluminum structural parts to build lighter and faster mechanisms, and theVision Sensorto see the competition from a whole new perspective.

Compete with over 11,000 worldwide VEX Robotics Competition teams
Build powerful mechanisms with the high strength gears, sprockets, and shafts included
Scalable programming software suite available with VEXcode

The V5 Classroom Super Kit engages students by bringing math, engineering, and computer science classes to life. Through hands-on building and programming, students can explore these subjects while moving at their own pace through our STEM Labs, or the hardware can be easily integrated into existing curriculum.

Contains (1) V5 System Bundle and (1) Vision Sensor

Includes all required parts to build the V5 Clawbot

Teach engineering concepts with the included motion kits

Scalable programming software suite available with VEXcode

Standards aligned STEM Labs help develop how students approach critical thinking & problem solving

Take educational robotics to the next level by competing in the VEX Robotics Competition. The only limit to this open-ended building system is your own imagination!

The V5 Competition Starter Kit includes a complete V5 control system, aluminum structural elements, and high strength parts so that a team of students can build a bigger, stronger, and faster robot.

Compete with over 11,000 worldwide VEX Robotics Competition teams
Lightweight aluminum structure designed specifically for competition
Scalable programming software suite available with VEXcode
Recommended one competition team per kit.

Take your VEX robot to the next level with the V5 System Bundle. This bundle includes everything you need to get started with V5, and is engineered to provide the most advanced robotics experience, right at your fingertips.

Designed to scale from the classroom to the competition field
Includes all necessary components to get started with the V5 System
Scalable programming software suite available with VEXcode

Everything you need to build a complete VEX Robotics Competition Spin Up field.

One Full Field & Game Element Kit (VEX 2767500) includes the following:
(1) VRC Spin Up Game Element Kit (VEX 2767501)
(1) VRC Spin Up Field Element Kit 1 (VEX 2767502)
(1) VRC Spin Up Field Element Kit 2 (VEX 2767503)

Compatible with both the Competition Field Perimeter Kit and Portable Competition Field Perimeter. Field Perimeter & Tiles NOT included.

Everything starts with the V5 Robot Brain. Students and teachers can now run programs, troubleshoot their robot and get important feedback in real-time. Smart Ports automatically detect the type of connected device and handle motors and sensors interchangeably.

Other features include: 4.25” (108mm) full colour touch-screen Dashboards provide real-time diagnostics 21 Smart Ports Eight 3-Wire ports for analog and digital sensors Download programs wirelessly Programmable with VEXcode

Control your robot like never before with the cutting-edge V5 Controller. This controller packages two analog joysticks and 12 buttons into a familiar video-game style design. A rechargeable battery ensures enough charge to get you through multiple class periods or a full day of competition. Other features include: LCD Screen for real-time information Start and stop programs from the controller Programmable haptic feedback Competition practice mode - sync up with other robots and run practice matches Built-in VEXnet 3.0 radio and Bluetooth® Integrated rechargeable battery

V5 Robot Battery Li-Ion 1100mAh 276-4811 The V5 Robot Battery Li-Ion 1100mAh is the next evolution of the VEX EDR NiMh Battery, which will provide you consistent performance every time you power up your robot. This Lithium Iron Phosphate (LiFePO4) battery is equipped with circuitry and control to allow for higher sustained power and more reliable function. The V5 System as a whole is designed to produce identical motor performance atanybattery charge level. This means that the same battery can be used for multiple competition matches or class periods before needing to be recharged. LiFePO4batteries are proven to offer longer life cycles, and are safer than Lithium Ion batteries. Battery run time depends on many factors including your robot design, your driving, and the number of motors used. Robots' often get 30+ minutes of heavy drive time from a single charge. Competition teams should be able to use one Robot Battery for multiple matches without recharging. Remember that with V5, a low battery does not change the motor';s performance. Built-in charge indicator lights Charge time is approximately one hour Note:Battery power cable andchargernot included. (Power cable ships withV5 Robot Brain)

Give your driver the chance to see things from the robot's perspective. The Vision Sensor is capable of detecting up to 7 colors at once, including multi-colored objects. Connect a phone or tablet to the V5 Robot Brain through built-in WiFi to stream a live feed of your robot's view to your device.

Other features include:
Tracks up to seven individual colors at once
Analyze objects for advanced tracking and path planning
Built-in Wi-Fi radio
Compatible with VEX IQ


The Vision Sensor provides a robot with new capabilities and allows for expanded learning. It uses a dual ARM M4/M0 processor for object detection at 50Hz. At its most basic mode it tells you where a colored object is located. The location's X value gives you the position right and left. When the camera is tilted down, the Y value gives you the distance to the object, with a little basic trigonometry on your part.