Moog test systems will take your test processes to the next level with the ultimate in performance and reliability. Whether you are looking to upgrade your current system or built a completely new test rig, our expert team is ready to configure the perfect solution for you.
Our engineers specialize in industries such as defense, automotive and energy. We work with you to understand your unique requirements and develop the test system you need to complete your programs.
From a wide array of components and test rigs designed for every conceivable test application, you’ll find a Moog solution that’s right for you. This includes concept to reality solutions for component testing, turnkey systems, static and dynamic testing as well as test facilities.
Providing a full six degrees of freedom (6 DOF) our Simulation Tables simulate acceleration and displacement outputs reproducing key data collected on proving grounds.
For simple or complex tests, Moog developed a range of products to match your requirements. From software to hardware, every piece of your test set up will deliver the best results.
Available in a 4-post as well as custom configurations, simulate vertical acceleration or displacement inputs of the wheel from data collected on the proving ground road, it is used throughout the vehicle development process.
Test Controllers and software offer maximum flexibility, ease of use, and unprecedented reliability in our hardware and software auto and aerospace test subsystems.
Turret Test System is based on a high-performance 6 Degrees of Freedom electric motion system with test software to simulate test tracks and test performance of the turret stabilizer.
Moog can supply proven technology expertise combined with world class actuation and software to deliver long-lasting solutions to meet your vehicle simulation challenges.
Ultra-precise metrology systems and test facilities for large space optics require extremely stable, quiet environments. Moog’s vibration isolation benches mechanically decouple the bench from facility disturbance sources including pumps, machinery, or nearby vehicle traffic.
Gravity influences structures differently on orbit, but those structures must be integrated and validated on the ground. A deployable spacecraft appendage is often mass-optimized for zero gravity performance but unable to support its own weight on Earth.