This table provides a quick reference for understanding how gear ratios impact crawl ratios and vehicle performance. Example of Crawl Ratio Calculator. Let’s calculate the crawl ratio for a vehicle with the following specifications:

This Gear Ratio Calculator helps you determine the gear ratio needed to achieve a desired output speed or torque based on various inputs such as input speed, output speed, input torque, and desired output torque. By providing these inputs, you can calculate the necessary parameters for designing gearboxes for robotics or mechanical systems.

Gear ratios significantly impact your vehicle’s: Acceleration: Higher gear ratios deliver more torque for faster acceleration, ideal for off-road terrain. Fuel Efficiency: Lower gear ratios improve fuel economy by reducing engine RPMs at cruising speeds.

Understanding gear ratios, gear inches, and gain ratios is fundamental to mastering fixed gear riding. These measurements provide insights into performance, comfort, and efficiency, helping you select the most suitable gearing for your riding style and terrain.

A gear consists of toothed wheels attached to shafts. It creates a mechanical advantage in a range of applications, for example a cyclist uses gears to intensify the power output of his pushing on the pedals. Gears have many properties, one of which is the speed ratio, often known as gear ratio.