Unmanned Systems
Engineered for Stability in Motion

Engineering Lightweight Elastomer Solutions for Unmanned Platforms

Unmanned aerial and autonomous systems operate under extreme constraints. Weight reduction is critical. Space is limited. Components such as IMUs, cameras, MPUs, and ESCs must remain stable and accurate under exposure to continuous vibration, shock loading, and thermal buildup. Even minor instability or heat-related degradation can compromise navigation accuracy, image quality, or mission performance.

Greene Rubber supports UAV and UAS programs with specialized, lightweight elastomer solutions engineered for vibration isolation and thermal management without adding mass or complexity. Our lightweight, high-deflection vibration mounts are among the smallest available in their class, designed to isolate sensitive electronics and optical systems while maintaining performance under dynamic flight conditions. In parallel, our thermally conductive and insulative materials address heat dissipation challenges in compact electronics where traditional cooling hardware is not viable.

We work directly with system designers from concept through production to balance NVH control, thermal conductivity, mechanical flexibility, and manufacturability. We provide consistency and traceability as unmanned platforms scale from prototype to deployment, with solutions including ultra-thin thermal materials, flexible interface layers, and precision-molded isolators — ensuring reliable performance without sacrificing payload efficiency.