Tetrix Max Flat 160 MM create added versatility whether you’re making a flat surface or creating a scoop or other angled piece. The elements come in four lengths, and you can shape them into various angles using a metal-bending tool, sold separately. Create rails, braces, brackets, gussets, and other custom pieces with ease.
Our SpinTake has three bore options, making it a viable part for both FRC and FTC! This product is ideal as an intake "wheel" for picking up game pieces of varying shapes. Made from natural rubber, the SpinTake is flexible, yet firm. Its unique shape also allows it to be oriented to stay within the robot frame perimeter initially but can reach outside just by spinning. These work in a similar fashion to surgical tubing fingers on an axle, but are easier to implement and provide a cleaner look with more consistent results.
The Hex Bore options are designed to be an interference fit on their associated Hex Shafts. This means it will be a tight press to install but will resist slipping under load.
TETRIX MAX L Brackets feaure 90º angles to connect structural elements. Made of heavy-duty aluminum.
Axle Hubs are used to attach gears and wheels to axles and axles to structural elements. Features heavy-duty aluminum construction.
TETRIX MAX Motor Shaft Hubs attaches wheels and gears to motor shafts. Each hub comes with a screw and is made of heavy-duty aluminum.
These slotted corner brackets allow the structural elements to be connected at varying angles to modify and customize builds.
The Sensor Extension Cable extends the length available for creating connections from the TETRIX PRIZM Robotics Controller to a sensor. Each cable is 30 cm long.
TETRIX MAX Inside C Connectors help to create perpendicular joints when space is tight. This can be placed facing out of the end or the open side of the channel. The connector is very strong as it attaches to two sides of the structural element.
Axle Spacers are handy when you need a little space between wheels, gears, and other elements on axles.