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$24.99 $12.50
Four of our 16mm motors. Choose between stock motors (not recommended for combat) or two versions of our custom-made battle-hardened motors. One battle-hardened version has the standard D shaft for hubs that use set screws (e.g., Fingertech hubs). The other battle-hardened version has a round shaft for use with the BotKits Candy Wasp hubs. NOTE: …
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$33.95 $16.98
This is the upgraded version of our 22mm gearmotor, now with a 7075-T6 aluminum gearbox to save weight! A whopping 12g lighter than the steel gearbox motor! Tired of motors that easily break in robot combat situations? Our battle-tested 22mm gear motors have been custom manufactured for us to maximize survivability during the heavy impacts of robot combat! …
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$31.95 $15.98
These 12v motors have a 52:1 ratio spur gearbox are rated at 180 RPM. A great choice for larger robot projects where an encoder is not required. This is the secondary motor used in our 4WD research robot kits. Weight: 211g Motor Specification Sheet Â
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$44.95 $22.48
These 12v motors have a 31:1 ratio spur gearbox, are rated at 180 RPM, and include an encoder for tracking motor rotation. A great choice for larger robot projects! This is the primary motor used in our 4WD research robot kits and is the motor used in our 2WD robot kits. Weight: 245g Motor Specification Sheet…
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$3.95 $1.98
This is the new 7075-T6 aluminum gearbox used in the latest version of our combat-proven 22mm planetary gearmotors. Saves a whopping 12g over the steel version of the gearbox! Weight: 7g
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$2.95 $1.48
Replacement planetary steel gears for BK-GM-22-12V780 motors (3 per pack).
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$3.95 $1.98
This is a replacement motor shaft for our 22mm gearmotor, manufactured for maximum durability in robot combat situations!
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$1 $0.50
A stepper motor is a motor controlled by a series of electromagnetic coils. The main motor shaft has a series of magnets mounted on it, and the coils surrounding this shaft are alternately given current or not, creating magnetic fields which repulse or attract the magnets on the shaft, causing the motor to move such that the…
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