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Smallsat US 2026
Exail is present at SMALLSAT US 2026, from 23 to 26 August 2026, in Salt Lake City, US.
Join us at our booth #602 and meet our team to learn more about Exail. We look forward to meeting you there!
From Earth observation to telecommunications and exploration, small satellite missions are pushing the limits of Size, Weight and Power (SWaP). Meeting these constraints without compromising navigation accuracy or optical communication performance requires technologies specifically designed for the space environment.
At SmallSat Conference 2026, Exail will present its latest space-qualified inertial navigation and photonics solutions, enabling reliable, high-performance missions from LEO constellations to GEO platforms.
Powering the Next Generation of Small Satellite Missions
Visit our team to discover how Exail addresses two critical challenges for New Space missions: reliable onboard navigation and space-grade photonics. Leveraging decades of expertise in fiber optics and inertial navigation, Exail delivers technologies designed to combine high performance, compact integration and long-term reliability in harsh space environments.
Space Navigation – Astrix NS
Astrix NS is Exail’s space-qualified Fiber-Optic Gyroscope designed for the next generation of New Space missions. Combining high-end inertial performance with a compact and SWaP-optimized architecture, it enables precise attitude control and pointing stability for small satellites, constellations and demanding LEO and GEO missions.
Space-Grade Photonics
Exail provides flight-proven, TRL9 photonic technologies for space applications, including radiation-hardened fibers, Fiber Bragg Gratings, fiber sources, optical amplifiers and photonic assemblies. With more than 1,000 km of optical fibers and hundreds of components currently operating in orbit, Exail delivers reliable solutions for optical communication, sensing and harsh space environments.
Why Visit Exail?
Meet our experts to discover how Exail's technologies help satellite manufacturers:
- Improve attitude control and pointing accuracy
- Reduce SWaP without compromising performance
- Integrate radiation-tolerant, flight-proven technologies
- Accelerate New Space programs with reliable, space-qualified solutions
Salt Lake City, US
