payload integration

Integrate Quadsat RF Capabilities on Any Platform

Quadsat’s payload technology can be seamlessly integrated across a variety of UAS and platforms, whether for antenna measurements, spectrum monitoring, or other RF testing capabilities.

Our RF payload technology is designed for seamless integration across a wide range of unmanned aerial systems (UAS). This ensures users can comply with regulations requiring the use of preapproved drone platforms. This flexibility is particularly critical in the defense sector, where strict operational and regulatory standards often dictate platform selection.

Beyond UAS, Quadsat’s technology is also adaptable to other platforms, including stationary masts, mobile ground vehicles, and emerging technologies. By embracing universal compatibility, we broaden the possibilities for deploying advanced RF testing capabilities, delivering the adaptability needed to meet diverse operational objectives.

Our UAS-agnostic approach enhances the versatility of Quadsat’s RF capabilities, providing maximum flexibility and opening the door to new possibilities.

Quadsat Integration Benefits

Seamless Integration

Our expertise in hardware, software, and platform adaptation ensures rapid and smooth integration into your chosen system, reducing time to market.

Lightweight and Versatile

Designed for small UAVs, our payloads are ideal for fixed-wing drones, quadcopters, and VTOL platforms, delivering advanced capabilities without adding significant weight.

Total Flexibility

Integrate Quadsat’s technology into any UAS platform or other platform. Unlock RF capabilities while retaining the freedom to choose the required platform.

Reliable Performance

To ensure consistent high performance, Quadsat offers service agreements for manufacturers and annual calibration services tailored to your needs.

Discover how Quadsat can integrate with your platform – contact us to learn more.

Explore Quadsat’s Payload
Technology and Solutions

Explore Quadsat’s turnkey solutions and series of advanced payloads, powered by cutting-edge RF and robotics technology.