What motor/gear box is needed to lift 160lb robot?

Thread starter john1875h
Start date Feb 2, 2020
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Box Lift Robot

In summary, the minimum motor power needed to lift a 160lb robot will depend on various factors such as the type of motor used, gear ratio of the gear box, and design of the lifting mechanism. It is recommended to use at least two motors or a motor with high torque output to ensure safe and efficient lifting. Gear boxes can greatly affect the lifting capacity of a motor by changing the gear ratio. Motors with high torque output, such as DC motors or servo motors, are generally better suited for lifting heavy loads. To determine the appropriate gear ratio for a robot's lifting mechanism, one must consider the weight of the robot, desired speed and torque, and type of motor being used.

Feb 2, 2020

john1875h

Last edited: Feb 2, 2020

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Feb 2, 2020

berkeman

Mentor

Torque is defined as force multiplied by what?

Feb 2, 2020

john1875h

What should I try and find so I can get the correct motor?

1. What is the maximum weight capacity of the motor/gear box?

The maximum weight capacity of the motor/gear box needed to lift a 160lb robot would be at least 200lbs. This ensures that the motor/gear box can handle the weight of the robot without being strained or damaged.

2. How many motors are needed to lift a 160lb robot?

The number of motors needed to lift a 160lb robot will depend on the type and strength of the motor. Generally, at least two motors would be needed to lift the robot, with one motor on each side for balanced lifting.

3. What type of motor is best for lifting a 160lb robot?

The best type of motor for lifting a 160lb robot would be a high-torque DC motor. This type of motor is designed to provide enough power to lift heavy objects and can be controlled for precise movements.

4. What gear ratio should be used for lifting a 160lb robot?

The gear ratio needed to lift a 160lb robot will depend on the weight distribution of the robot and the strength of the motor. Generally, a gear ratio of 1:50 to 1:100 would be suitable for lifting a 160lb robot.

5. Can a servo motor be used to lift a 160lb robot?

A servo motor may not be powerful enough to lift a 160lb robot on its own. However, it can be used in conjunction with other motors to provide precise movements and control during lifting.