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If you're looking for a chassis base for your next robot, look no further than the Rover 5. The Rover 5 uses 4 independent motors, each with a hall-effect quadrature encoder and gearbox. The entire gearbox assembly can be rotated at 5 degree increments for different clearance configurations. You can even replace the tank treads with traditional wheels. This isn't a wimpy or flimsy robot base. Weighing in at over 2.5 pounds without batteries, this base is heavy duty and can drive over quite a bit. Check the manual below for dimensional drawings. Features: Adjustable gear box angles 4 independent DC motors 4 independent hall-effect encoders Thick rubber tank treads 10Kg/cm stall torque per motor Documents: Manual Datasheet (Motors) Quadrature Encoder Example Remote Control Tutorial
If you're looking for a chassis base for your next robot, look no further than the Rover 5. The Rover 5 uses 4 independent motors, each with a hall-effect quadrature encoder and gearbox. The entire gearbox assembly can be rotated at 5 degree increments for different clearance configurations. You can even replace the tank treads with traditional wheels. This isn't a wimpy or flimsy robot base. Weighing in at over 2.5 pounds without batteries, this base is heavy duty and can drive over quite a bit. Check the manual below for dimensional drawings. Features: Adjustable gear box angles 4 independent DC motors 4 independent hall-effect encoders Thick rubber tank treads 10Kg/cm stall torque per motor Documents: Manual Datasheet (Motors) Quadrature Encoder Example Remote Control Tutorial
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