Gear Drives

Gear Drives Automatic Transmissions Bevel Gear Drives Combination Drives Cycloidal Drives Differential Gear Drives, Misc. Dual Output Differential Epicyclic/ Planetary Differential Differentials, Tension Control Differentials, Torque Control Epicyclic Gear Drives Harmonic Drives Helical Gear Drives Hypoid Gear Drives Worm Drives Tacho Drives Marine Gear Drives Miter Gear Drives Spiral Bevel Gear Drives Spur Gear Drives Traction Drives Variable Speed Drives Manual Shift Transmission Gear-Shift Transmissions

A gear drive system is one where a motor turns a series of gears to do work. The gear that supplies the power is called the input gear and the gear that does the actual work at the other end of the gear drive is the output gear.

The gear drive is a precision component that relies on solid design, quality components and precise assembly to achieve a reliable operating system. Proper gear drive application requires a selection based on many operating parameters, including input power, load demand, external loads, duty cycle, environment, system accessories and facility needs. Gear drive selection is then made based on a service factor that accounts for the non-uniformity of torque by the driving and driven machines.

In a car, the motor turns a shaft attached to gears that turn other gears, one of which is attached to the car's axle. The car's axle is attached to the wheels. When the gears are turned the car's axle move, which in turn moves the wheels of the car. It's the gear drive system that moves the car.