MOOG D136-001-008a Ruggedized Motion Controller Interface

MOOG D136-001-008a Ruggedized Motion Controller Interface

Our engineering organization is staffed with product and application experts from locations worldwide. Our engineers bring decades of practical expertise honed while designing solutions for many of the world’s marquee aircraft programs.

Attention to proven design processes ensures development projects are predictable, cost-effective, and highly reliable while simplifying overall life cycle support.

Moog has formed relationships with many of the world’s leading researchers and universities to advance the state-of-the-art in critical areas such as radiation-tolerant hardware, high-efficiency power devices, advanced control algorithms, and prognostics.

Our Expertise:

Redundancy Management

Digital Closed Loop Control

High Power Drive Electronics

Distributed Control

Hardware/Software Integration

DO-178B Level A

DO-254 Hardware

FAA/EASA/TC/CAAC Certification

Moog provides systems and component experience in developing and

supplying electric aiming and stabilization systems as well as drives for ammunition handling systems.

The Moog all-electric drives for turrets and weapons have demonstrated high

in service reliability for main battle tanks, infantry fighting vehicles,

howitzers and anti-aircraft applications around the world.

Moog’s brushless motors have been designed not only to meet and exceed

the demanding requirements of many combat vehicle electric control applications,

but to do so with more power per dimension.

Moog engineers have achieved this by combining a highly efficient magnetic

circuit with energy rare earth magnets and an excellent thermal design.

Operation within a wide speed range provides excellent low speed tracking,

high dynamic speed tracking as well as high dynamic target acquisition.

Servo and Proportional Valves are part of the family of continuous valves.

Continuous valves are characterized by the fact that their output variable

(spool position, pressure, volume flow) is proportional to the input signal.

This is achieved by feedback of the spool position into a mechanical or electrical control loop.

Moog servo valves are characterized by the fact that the valve spool is inserted into a bushing (spool-in-bushing).

The servo valves are therefore characterized above all by outstanding dynamics and excellent accuracy.