The design team at Moog CSA is recognized for excellence in providing highly engineered products and services in vibration control, motion control, and dynamically optimized structures.  We have a proven ability to prevent failures, enhance reliability, and improve performance in your application. Additionally, we dynamically optimize structures that enable, complement, or support vibration and motion solutions.  Our engineers have the agility and responsiveness in order to support your product development needs.

Tight integration between design and analysis allows us to produce lightweight parts designed for both strength and stiffness with confidence in performance whether the objective is vibration control, precision motion, or a test. Our finite element analysts work closely with mechanical design engineers to craft devices and components that meet requirements in creative and innovative ways.

In-house manufacturing and integration at Moog CSA is supported by an established network of fabrication companies. We have longstanding relationships with several machine shops that are capable of producing parts to the quality we demand. Our engineers work closely with these suppliers to design parts compatible with machine tool capabilities. Because we work with smaller shops, we can support quick turnaround and rapid prototyping.

Moog CSA develops hardware for space flight and other critical applications, and we have a quality control system in place to ensure that design, analysis, manufacturing and handling are consistent with customer requirements. We are experienced in the design of aerospace components using a variety of metals, elastomers, and other materials.

At Moog CSA, mechanical design often overlaps with related disciplines. We design actuator components that incorporate electromagnetic, pneumatic and hydraulic elements. We also select materials and design details to optimize thermal properties and provide precise structures for hot or cold environments. Finally, design of vibration damping and isolation components requires another set of skills for high performance assemblies that combine stiff and compliant materials. We have unique experience in all of these areas.