Rotor

The autogyro's rotor blades rotated freely in the wind, providing lift and forward motion.

The tandem rotor helicopter had two sets of rotor blades that provided greater lift and carrying capacity.

The gyroplane's rotor blades were unpowered and rotated freely in the wind to provide lift.

The toy helicopter's rotor blades were made of plastic and spun around when the toy was turned on.

The variable-pitch rotor blades of the helicopter allowed the pilot to control the amount of lift and forward motion.

The autogyro's rotor blades were not powered and relied on the wind to turn them and provide lift.

The tiltrotor aircraft had both vertical and horizontal flight capabilities thanks to its rotating rotor blades.

The glider's rotor blades were not powered and relied on the wind to provide lift.

The helicopter's tail rotor counteracted the torque of the main rotor, allowing it to remain stable in flight.

The projector's rotor is responsible for ensuring that the images move in sync with the sound.

The rotor in the new projector moves more smoothly than in the old one.

The rotor on this camera model is larger than on the previous one.

The new camera model features a more advanced rotor mechanism, resulting in smoother operation.

The old camera's rotor was noisy, making it difficult to take photos discreetly.

The old film projector's rotor was still in good condition despite years of use.

The rotor of the old-fashioned slide projector had a distinctive sound when it was turned on.

The old projector's rotor was making a clunky noise, so we replaced it.

The old projector's rotor was making a strange noise as it turned the film.

The slide projector's rotor was moving too slowly, causing the images to blur together.

The old camera's rotor was jammed, causing the film to get stuck.

The camera's rotor can be adjusted to control the speed of the film movement.

The camera's rotor stopped working, causing the film to stop advancing.

The projector's rotor mechanism was malfunctioning, causing the film to stick.

The rotor in the slide projector was making a strange noise, indicating a problem.

The rotor in the camera has to move quickly in order to capture a clear image of moving objects.

The rotor of the camera moves the film past the lens.

The rotor in the projector needs to be cleaned regularly.

The rotor is made of a heat-resistant material to withstand the high temperatures of rocket exhaust.

The rotor is responsible for steering the rocket during its ascent.

The rotor of the rocket engine is responsible for steering the spacecraft.

The rotor of the rocket engine is crucial for a successful launch and mission.

Without the rotor, the rocket wouldn't be able to change direction.

The rotor on the rocket engine is used to direct the thrust.

The rocket's rotor failed, causing the spacecraft to lose control.

The rocket's rotor design is constantly being improved to increase performance and safety.

The rocket's rotor is designed to rotate at high speeds to control the spacecraft's direction.

The rocket's rotor is carefully calibrated to ensure precise control of the spacecraft's trajectory.

The rotor is an important component of the rocket engine.

The rotor on a rocket engine can be adjusted to control the spacecraft's speed.

The rotor assembly is an essential component of rocket engines.

The radio station's rotor antenna was damaged during the storm, causing signal interference.

The police department's radio communication system used a rotor antenna to communicate with officers in the field.

The rotor antenna on top of the building picks up radio signals from far away.

The military base's rotor antenna is capable of sending and receiving encrypted messages.

The emergency services department's radio system relied on a rotor antenna for communication during natural disasters and emergencies.

The ship's communication system used a rotor antenna to communicate with other vessels and ports.

The radar station's antenna featured a large rotor for detecting incoming aircraft.

The meteorological radar relies on a rotor antenna to detect storms and other weather phenomena.

The television station's broadcast tower used a rotor antenna for transmitting signals to viewers' homes.

The airport tower uses a rotor antenna to communicate with incoming and outgoing planes.