Rotor

The submarine's periscope included a rotor that kept it level and stable.

The ticking sound of the rotor in the antique pocket watch was soothing to hear.

The rotor shaft of the engine was damaged in the accident and needed to be replaced.

The motorboat's rotor was spinning so fast that it created waves.

The rotor in the electric motor spun at high speed to produce energy.

The movement of the rotor in the generator created an electrical current.

The rotor in the electric motor was designed to reduce friction and increase energy efficiency.

The rotation of the rotor in the motor caused the shaft to turn, transferring mechanical energy into electrical energy.

The generator's rotor spun at a high speed, producing electricity.

The generator's rotor was responsible for converting mechanical energy into electrical energy.

The rotor was made of a durable and heat-resistant material.

The magnetic field produced by the rotor is what drives the generator.

The efficiency of the motor's rotor was improved with the use of stronger magnets.

The magnetic field produced by the rotor was instrumental in the functioning of the generator.

The generator's rotor was connected to the turbine to convert mechanical energy into electrical energy.

The motor's rotor was made of durable materials to withstand high temperatures and stress.

The design of the rotor was crucial to the efficiency and performance of the electric motor.

The shape and size of the rotor were critical in determining the motor's power output.

The electric motor's rotor was designed to be easily removable for maintenance and repairs.

The high-tech binoculars included a gyroscopic stabilizer that used a rotor to keep the image steady.

The astronaut's spacesuit included a gyroscopic stabilizer with a small rotor to help maintain their orientation in zero gravity.

The ship's navigator adjusted the rotor to ensure the compass remained accurate.

The gyroscope's rotor spun rapidly, keeping the device stable and level.

The airplane's autopilot system used a rotor to maintain the plane's level flight.

The aircraft's gyroscope maintained its stability during flight by keeping the rotor spinning at high speed.

The submarine's navigation system used a rotor to keep the vessel on course.

The electronic compass used a rotor to align with the Earth's magnetic field.

The helicopter pilot relied on the rotor to maintain the correct heading.

The fighter jet's targeting system relied on a rotor to maintain the crosshairs on the target.

The gyroscopic stabilizer's rotor kept the camera steady during filming.

The ship's gyrostabilizer used a rotor to counteract the rolling of the ship in rough seas.

The rocket's attitude control system used a set of four reaction wheels, each containing a rotor, to adjust its orientation in space.

The rotor blades can be adjusted to optimize performance based on wind direction and speed.

The size of the rotor determines how much wind energy the turbine can capture.

The rotor is the most important part of the wind turbine.

The rotor is an essential component of a wind turbine system.

The rotor spins at different speeds depending on the wind conditions.

The blades of the rotor are designed to capture the maximum amount of wind energy.

A high-speed rotor is required to capture wind energy efficiently.

Damage to the rotor blades can reduce the efficiency of the wind turbine.

The rotor on top of the wind turbine turns when the wind blows.

The rotor needs to be regularly maintained to ensure optimal performance.

The wind turbine's rotor diameter affects its power output.

The rotor assembly of a wind turbine is mounted on a hub.

The rotor speed must be carefully controlled to optimize power output.

The clockmaker expertly adjusted the rotor to keep the clock ticking accurately.

The intricate design of the rotor in the wristwatch fascinated the owner.

The accuracy of the timepiece depends largely on the precision of its rotor.

The rotor spins at a constant rate to ensure that the clock keeps time correctly.

The malfunctioning rotor caused the clock to chime at the wrong hour.