The Left Triangle Bracket was originally designed for the AM14U2, AM14U3 and AM14U4 chassis as a robust backing for mounting bumpers. It's also perfect for making robust 90 degree connections between two robot frame sections.
Layout Print(s)
am-3210L Left Triangle Bracket REV2.PDF
CAD File(s)
am-3210L Left Bumper Triangle Bracket AM14U3.STEP
am-3210R Right Triangle Bracket REV2.PDF
am-3210R Right Bumper Triangle Bracket AM14U3.STEP
This bracket provides rigidity to the AM14U2 and AM14U3 and allows for more mounting locations. Specifications:
These may be used to build bumpers for FIRST Robotics Competition robots. Be sure to read robot rules. Specifications:
Pigeon is an IMU with 9 degrees of freedom, containing a 3-axis magnetometer, accelerometer, and gyro. The gyro has built-in temperature compensation. Pigeon provides a heading by sensor fusing all 9 measurements. It can be connected to the Talon SRX for power and communication via UART, or it can be wired to the CAN bus while powered from a separate 12V source. Pigeon has built-in compass compensation for hard-iron, soft-iron, and physical tilt. The Pigeon 2.0 eliminates the need for on-boot calibration and temperature calibration and does not require stillness upon boot-up.
This is a package of FOUR stick-on numbers, designed to be adhered to robot bumper material. Specifications:
Usage (for best application):
RED Cordura nylon bumper fabric material. Each piece is 161 x 19.5 inches, enough to cover the entire perimeter of your FRC robot. The material is heavy-duty nylon cloth, much like the material used on backpacks.
Additional Information:
We also have stick-on numbers available (not included with the material).
BLUE Cordura nylon bumper material. Each piece is 161 x 19.5 inches, enough to cover the entire perimeter of your FRC robot. The material is heavy-duty nylon cloth, much like the material used on backpacks. Additional Information:
We also have stick-on numbers available (not included with material).