航天航空及國防

Linear Motion Solutions That Rise Above the Standard

From ball and lead screws to electro-mechanical systems, Thomson provides proven, high-performance linear motion solutions for the aerospace and defense industry. Thomson continues to lead the industry as a manufacturer of high-quality, reliable components for the most demanding applications such as land vehicle and naval systems, missiles and precision-guided munitions, and eVTOL aircraft.

Products Literature

Rise Above

In today's rapidly developing advanced air mobility market, every design decision impacts your ability to deliver with speed and confidence. With Thomson now an integral part of Regal Rexnord, our partnership elevates your innovation potential to a new level.

You get one of the industry's broadest solution sets - from custom-designed components to fully assembled, performance-optimized subsystems. You gain access to an unparalleled breadth of experience to help solve even the most complex motion challenges in aerospace design. We will help you succeed against even the most aggressive timelines - from prototype to full-scale production.

With one trusted partner, now is your time to Rise Above.

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應用

Air Wing Flap

The familiar sound we hear during air travel is the reliable operation of ball screws driving flight-critical systems such as flaps, stabilizers, landing gear, hatches and fly-by-wire systems. Consistent quality control, engineering expertise and product excellence are critical for these applications.

Drone Rotor Tilt

Evolving drone technology and military needs require drones to have a smaller takeoff and landing capability. Vertical lift drones use ball screws to tilt the rotors from a launch or landing position to the forward inflight position.

Thrust Vector Control

Harnessing the power of rocket motors, ball screws are used in actuators that position the rocket nozzles for accurate flight. From space exploration to evolving hypersonic technology, ball screws adjust and direct the rocket thrust position and vehicle trajectory.