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Remote Controlled Arduino Car
by KevinMercer
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Remote Controlled Arduino Car
by Kevin Mercer
http://www.KevinRMercer.com
Overview:
This Arduino car utilizes four continuous rotation servo motors to achieve quick, accurate movements and a tight turning radius. An infrared remote and receiver allow the driver wireless operation.
The car is designed to be laser cut from 1/8 inch (.125 inch) plywood or acrylic sheet. As all of its components are connected with finger joints, no glue is required; instead, the chassis is held together with four 3D printed clips. Additionally, the car requires twelve* machine screws and nuts, which are listed below.
The code is easily modifiable to adjust the car's speed, turning degrees, and continuous driving distance. Predefined actions include forward and reverse driving, 90 degree turns left and right, a 180 degree rotation, and a "dance". Additionally, the car is able to drive forward continuously until interrupted by a stop function.
Materials:
1 x Arduino/Genuino Uno Deve
by Kevin Mercer
http://www.KevinRMercer.com
Overview:
This Arduino car utilizes four continuous rotation servo motors to achieve quick, accurate movements and a tight turning radius. An infrared remote and receiver allow the driver wireless operation.
The car is designed to be laser cut from 1/8 inch (.125 inch) plywood or acrylic sheet. As all of its components are connected with finger joints, no glue is required; instead, the chassis is held together with four 3D printed clips. Additionally, the car requires twelve* machine screws and nuts, which are listed below.
The code is easily modifiable to adjust the car's speed, turning degrees, and continuous driving distance. Predefined actions include forward and reverse driving, 90 degree turns left and right, a 180 degree rotation, and a "dance". Additionally, the car is able to drive forward continuously until interrupted by a stop function.
Materials:
1 x Arduino/Genuino Uno Deve
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