Engineering Excellence in Satellites and Space
For more than 30 years, we have helped industry leaders to systematically address strategic challenges, develop creative technical solutions and deliver advanced low-SWaP, Radar, RF communications, software, AI and ML, radar and sensing systems.

- Cutting-edge low-SWaP solutions
- We excel in developing advanced RF technology needed for reliable, space-proven sensing and communication systems.
- Space tech has unique challenges, but we are experienced in developing complex systems suitable for operation in challenging environments mitigating for outgassing, atomic oxygen, radiation events, solar loading & more.
Why you need radar for your LTV

- Navigate the challenges and complexities of terrain, detect the obstacles such as boulders and craters from a distance.
- Precise hazard detection and terrain analysis – critical for successful space exploration.
- Achieve 360° coverage by adding mmWave radar technology.
- Determine vehicle speed directly from the doppler output.
Take the next step
Plextek’s radar solutions are designed to meet the unique challenges of lunar exploration, offering exceptional performance, reliability, and cost-efficiency for your Lunar Terrain Vehicle. If you need exceptional engineering for space exploration, we can provide the right advanced radar technology for your mission.
“Plextek's advanced radar solutions for Lunar Terrain Vehicles can be customized to meet your application needs. Our track record of successful radar designs and commitment to innovation make us the ideal partner for your LTV project. So, get in touch, and let’s explore how our expertise can help you.”

Richard Jacklin
Commercial Lead – Space & Satellite
mmWave Radar Solutions at Scale and Pace

- Our high-performance mmWave radar is ideal for ground navigation & surveillance applications.
- Range and velocity information from a highly compact device with integrated antenna, transceiver, and signal processing.
- Robust and reliable, our mission-ready technology is built to withstand the challenging conditions of space.






























