XRC
gmvXRC (eXperimental Receiver Canvas) is an engineering software receiver that allows the processing of GNSS multiple signals in…
72 satellite platforms, components and ground equipment from manufacturers worldwide.
XRC (eXperimental Receiver Canvas) is an engineering software receiver that allows the processing of GNSS multiple signals in…
MagicPPP® is a web positioning service with worldwide coverage that allows GNSS users to determine their position or…
MagicSBAS® is an advanced, multi-constellation, operational satellite-based augmentation system (SBAS) test bench that offers regional differential corrections and…
SRX-10i is a competitive solution for simultaneous monitoring of up to two bands of the GNSS spectrum including…
The Nadezhda satellite is a navigation spacecraft developed by ISS Reshetnev, featuring a 1-axis, gravity-magnetic ADCS type and…
The Glonass satellite is an active, 3-axes navigation satellite with a mass of 1450 kg and a lifetime…
RESHETNEV is the nation’s sole manufacturer of coordinate measuring satellites, spearheading the development of the GLONASS space segment…
NaviMoon is SpacePNT's advanced autonomous GNSS receiver solution, delivering sub-100m accuracy at Moon distance and reducing reliance on…
NaviGEO is SpacePNT’s high performance solution for launcher upper stages and in-orbit servicing vehicles, offering optimal GNSS visibility…
NaviLEO is a high-performance GNSS receiver platform developed by SpacePNT, designed to meet the stringent needs and challenges…
The piNAV-NG/FM (Flight Model) is a 15 Channel GPS L1 C/A Receiver with a long-term optimized firmware based…
The NanoSense GPS Kit provides precise positioning, navigation, and timing for satellite missions, tailored for nanosatellites and integrating…
A space-qualified GNSS patch antenna designed for secure navigation in space for CubeSats, NanoSats, and SmallSats.
Cost-efficient, optionally redundant software-defined GNSS receiver for commercial GTO/GEO missions, accurate to below 10 m 3D rms.
GNSS receiver function integrated into Beyond Gravity's next-generation on-board computer (cOBC), needing only an external antenna.
Next-generation multi-frequency, multi-constellation GNSS receiver built on commercial components, with optional subscription-free PPP.
Multi-constellation GNSS receiver for GTO/GEO missions with better than 20 m on-board real-time navigation accuracy in GEO.
Multi-constellation single-frequency GNSS receiver for LEO with on-board real-time navigation accuracy below one metre.
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