Sense
Sensing above every orbit.
Integrated detection, tracking, and connectivity for space-based missions — across vast distances, harsh radiation, and environments where maintenance is impossible.
Designed to perform. Built to last.
Our heritage spans decades of antenna development, RF payload integration and ISR satellite programs. Space-based systems must perform continuously across extreme distances, harsh radiation, and years of operation. From SAR imaging to communications and ISR payloads, Lyntris delivers integrated sensing and tracking capabilities built for exactly that: persistent surveillance, secure connectivity, and dependable awareness across GEO, MEO, and LEO.
WHAT WE DO
HOW WE DO IT
Zero tolerance for failure. No path to maintenance. We build like it.
Reflector Antenna
Engineered for satellite communications and ISR platforms across all orbital regimes. Fully vertically integrated — design through delivery, in-house.
Feed Clusters & Integrated Feed Networks
Optimized feed arrays that minimize footprint and maximize RF efficiency — reducing cost and size through a unified, highly-optimized design system.
RF Payload Integration
Mission-specific front-end components, subsystems, and apertures — designed, integrated, and tested as launch-ready subsystems. Full vertical integration from design through delivery.
Antennas & Subsystems
Full RF spectrum coverage from 1GHz to 1THz — designed, integrated, and tested for reliable performance across space, airborne, tactical, and ground domains. Build-to-print available.
Vertically Integrated. Full Control.
Every stage of production — in-house. Faster lead times, superior quality, no critical-path dependency on external suppliers.
FEATURED SOLUTIONS
Antennas & Subsystems
Full RF spectrum coverage from 1GHz to 1THz — designed, integrated, and tested for reliable performance across space, airborne, tactical, and ground domains.
RF Payload Integration
Integration and test of RF payload antennas, electronics, mechanisms, radios, and processors to the spacecraft interface assembly — designed, integrated, and tested as launch-ready subsystems.
Mission-tested and fielded.
Additively Manufactured Satellite Antenna — Tomorrow-R1
Lyntris designed and delivered the first additively manufactured satellite antenna integrated into Tomorrow.io's Tomorrow-R1 — the world's first commercially built weather radar satellite. Developed at our Longmont facility, optimized for RF performance and reduced mass — demonstrating that additively manufactured hardware can meet space-grade demands.
Space Development Agency — Proliferated Warfighter Space Architecture (PWSA)
Lyntris is a contributing partner on Tranche 1 and Tranche 2 of the SDA's PWSA — the next-generation proliferated satellite constellation enabling beyond-line-of-sight communications for terrestrial warfighters via tactical data links. More than 80 L Band antenna arrays delivered in 24 months. Our L Band solution leads the industry in modular SWaP-C — designed for mass production and consistent high-performance connectivity across hundreds of satellites.
