Use this tank tread to build robot tracks which can overcome tough terrain, or build a conveyor belt for scooping up objects. The Tank Tread Upgrade Kit contains soft rubber pads for increased traction and fins to aid conveyor belt mechanisms.

Wheel Tread - VEXpro is happy to offer 10-foot lengths of some more traditional FRC wheel tread; Roughtop and Wedgetop. Originally created as incline conveyor belting, these two tread types have been in heavy use by FRC teams for almost 15 years.

Apr 1, 2020 · My teammate used tank treads (when he had his own team) in turning point and was the greatest defense bot. He had a massive and insanely torqued arm that could literally rip caps from other bots and pull or push bots on platforms.

This kit contains over five feet of tank tread designed specifically for the VEX Robotics Design System. Use this tank tread to build robot tracks which can overcome tough terrain, or build a conveyor belt for scooping up objects.

View and Download Vex Robotics Tank tread kit inventor’s manual online. Motion accessories. Tank tread kit robotics pdf manual download. Also for: 276-2168.

Jun 1, 2007 · The Vex Tank Treads were designed and tested for rough surface “all-terrain” usage. They have limited traction on flat smooth surfaces, but their hard plastic teeth are designed to bite into rough terrain such as grass, dirt, or deep carpet.

Tank tread can be used to easily drive over objects or scoop up objects. Use this kit to create intake mechanisms, tank tread drivetrains and more!

Tank treads will enable your robot to explore much more demanding terrain than ordinary wheels. Tank treads distribute a vehicle's weight more evenly than wheels, allowing your robot to move …

I developed this 3D printed custom tank tread system for my robot. You can see it in action from the videos that I included. The main purpose of this project is to develop stable, strong and reliable robotic tank tread.

Tank drives are a very popular type of drivetrain used in the VEX Robotics Competition. These drives consist of two separately controlled sides of parallel wheels, which allows for precise control of the robot.