SpacePNT validates its PNT technology in LEO orbit

Written by Copernical Team Tuesday, 21 May 2024 20:52

font size decrease font size increase font size
Print
Email

Write a comment

Berlin, Germany (SPX) May 21, 2024

SpacePNT SA, a Swiss provider of Positioning, Navigation, and Timing (PNT) solutions, announced the successful in-orbit validation of its NaviLEOTM GNSS receiver platform. This platform delivers precise positioning and timing accuracy in LEO and is designed for high signal reception sensitivity for GTO/GEO/Moon missions. After its deployment in low Earth orbit onboard the D-Orbit ION OTV S

SpacePNT validates its PNT technology in LEO orbit
by Robert Schreiber
Berlin, Germany (SPX) May 21, 2024

SpacePNT SA, a Swiss provider of Positioning, Navigation, and Timing (PNT) solutions, announced the successful in-orbit validation of its NaviLEOTM GNSS receiver platform. This platform delivers precise positioning and timing accuracy in LEO and is designed for high signal reception sensitivity for GTO/GEO/Moon missions.

After its deployment in low Earth orbit onboard the D-Orbit ION OTV SCV-011 satellite on June 13, 2023, SpacePNT conducted several experiments to validate the technology. The tests confirmed the functionality of the radiation-tolerant technology, demonstrating multiple operational modes, including dual-antenna, and full in-flight reprogramming.

"Having successfully completed these in-orbit tests is a significant milestone for the company in achieving flight heritage and validating our products towards future missions, as well as to derisk the technology to serve additional markets," said SpacePNT co-founder and CEO, Cyril Botteron.

"This in-orbit technology demonstration, carried out within an ESA ARTES project, served two purposes: on one hand it validated the technology towards future LEO and Moon missions for which flight models have already been delivered to commercial and institutional partners; on the other hand, it derisked SpacePNT's product development roadmap.

In fact, the upcoming second-generation hardware platform reuses the same key radiation tolerant electronics components, repacked to enable a more cost-effective larger-scale manufacturing (targeting large telecom constellations) and it implements new functions to serve additional markets, for instance as Software Defined Radio platform for telecom and radar applications," added Botteron.