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Wheel, motor, and motor clamp design
We have to decide the diameter of the wheel and compute motor requirements. Here, we are giving a typical motor and wheel that we can use if the design is successful:
![](https://epubservercos.yuewen.com/5FBFDA/19470392101558706/epubprivate/OEBPS/Images/Chapter_22.jpg?sign=1739549161-rM6rzCLfxsxg7FAqMpxRfk5sVCt7GW0a-0-07b9e0223cfb31a24d4f4eac0675659f)
Motor design of robot
The motor design can vary according to the motor selection; if necessary, this motor can be taken as the design and can change after simulation. The L value in the motor diagram can vary according to the speed and torque of the motors. This is the gear assembly of the motor.
The following diagram shows a typical wheel that we can use with a diameter of 90 cm. The wheel with a diameter of 86.5 mm will become 90 mm after placing the grip:
![](https://epubservercos.yuewen.com/5FBFDA/19470392101558706/epubprivate/OEBPS/Images/Chapter_117.jpg?sign=1739549161-6LDqV8wASNKjOQ5Xh8cDqUG6N1q7bkd0-0-1cb67a5f3cc632a691702c5699e43f22)
Wheel design of robot
The motors need to be mounted on the base plate. To mount, we need a clamp that can be screwed onto the plate and also connect the motor to the clamp. The following diagram shows a typical clamp that we can use for this purpose. It's an L-shaped clamp with which we can mount the motor on one side and fit another side to the plate:
![](https://epubservercos.yuewen.com/5FBFDA/19470392101558706/epubprivate/OEBPS/Images/Chapter_93.jpg?sign=1739549161-1aZumsRwc1hT9QUyLfok3DXPAfc29iem-0-6ec3edaad83894ee59526036c042e7b7)
Typical clamp design of robot