Frame and drivetrain
The skeleton and the wheels. Tank runs each side together. Swerve steers each corner. If this fails, nothing else matters.
Objective: Finish FIRST Module 2, then name the parts on a Team 2064 robot and say how power gets from the battery to a wheel.
Module 2 is the required training for this page. It is about two hours. Open it, finish it, then come back here. A Dashboard login stores the credit. A school Google account does not.
Open Module 2: How Robots Work
When you return, you should be able to point at the main breaker, PDH, roboRIO, and radio and say what each one does. Tell a mentor the module is finished.
Mechanisms change every game. These do not. Use them to review what Module 2 covered.
Frame and drivetrain
The skeleton and the wheels. Tank runs each side together. Swerve steers each corner. If this fails, nothing else matters.
Battery
One 12-volt sealed lead-acid pack. Anderson SB50. No second pack in a match.
Main breaker
The big red 120 A switch. Robot on and off, and the last over-current stop.
PDH
Splits battery power into channels. Each channel has its own breaker or fuse.
Motor controller, then motor
A motor never wires straight to the PDH. The controller takes a command and switches battery power to the motor.
roboRIO
Runs the code and sends commands. It does not power the drive motors.
Radio
Links the robot to the driver station and the field. No link, no teleop.
CAN bus
Yellow and green wires between the roboRIO, the PDH, and the controllers. A bad wire can look like a dead motor.
Driver station
Not on the robot. Laptop, FRC Driver Station, controllers, and an Ethernet cable.
Bumpers
Required contact zone, team number, and frame protection.
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