ADCS & Navigation — Space Hardware Marketplace

RIO Dual-Frequency GPS Space Weather Sensor

• Receiver typeSoftware-based, dual-frequency GPS receiver
• Primary applicationIonospheric disturbance / space weather characterization
• Impact areas monitoredPower grids, GPS position/timing accuracy, tactical communications

Software-based dual-frequency GPS receiver for characterizing ionospheric disturbances and space weather.

FDSS

• InterfaceDigital
• Full Field of View140° × 140°
• AccuracyBetter than 0.1°

Fine Digital Sun Sensor immune to Earth albedo, captures Sun images in <1 ms, 140×140° full field of…

MicroST

High-precision star tracker for microsatellites with <6 arcsec XY accuracy, multi-camera support and LEO/MEO/GEO qualification.

nanoST

Compact plug-and-play star tracker for nanosatellites with <40 arcsec XY accuracy and 15° field of view.

HSNS

• InterfaceUART or I2C, microD 15 pins
• Field of View±64°
• Supply voltage5 V, 150 mW peak

Quad-thermopile horizon sensor for nadir vector determination and attitude control on nanosatellites and microsatellites.

ACSS RH

• InterfaceAnalog
• Flight modeYes
• Engineering modeYes

Radiation-hardened Advanced Coarse Sun Sensor qualified to 200 krad for MEO and GEO missions.

ACSS

• InterfaceAnalog
• Flight modeYes
• Engineering modeYes

Advanced Coarse Sun Sensor for sun-tracking and attitude determination, flight-proven since 2019 with hundreds of units delivered.

SSOC D60

• InterfaceDigital
• Field of View±45° or ±60°
• Supply voltage5 V, 75 mA

MEMS-based digital fine sun sensor with ±45°/±60° FOV and digital output of sun angles without external calculations.

SSOC A60

• InterfaceAnalog
• Flight modeYes
• Engineering modeYes

MEMS-based analog fine sun sensor with ±60° FOV, calibrated with look-up table, for high-accuracy attitude determination.

nanoSSOC D60

• InterfaceDigital (UART, I2C, SPI)
• Field of View±60°
• Supply voltage3.3 V or 5 V

Two-axis MEMS-based digital sun sensor for CubeSats with UART/I2C/SPI output and ±60° field of view.

nanoSSOC A60

• InterfaceAnalog
• Flight modeYes
• Engineering modeYes

Two-axis MEMS-based analog sun sensor for CubeSats and nanosatellites with ±60° field of view.

SSTL GEO Wheel (SSW-200)

• Momentum12Nms at up to ±5000rpm
• Torque200mNm
• Design life15.25 years

Reaction wheel for GEO platforms, 12Nms momentum, flown on Eutelsat Quantum (2021).

SSW-110 Reaction Wheel

• VariantsOLX-1500 (steel bearings), NLX-1500 (ceramic bearings)
• Momentum1.5Nms at up to ±5000rpm
• Mass2.6kg

LEO reaction wheel, 1.5Nms momentum, 40+ flight units in orbit since 2014.

SGR-Axio Space GNSS Receiver

• Dimensions160 x 180 x 50mm
• Mass1kg
• Power4W at 5V

24-channel multi-constellation space GNSS receiver, in orbit on 4 satellites since 2018.

SGR-Ligo Space GNSS Receiver

• Dimensions92 x 87 x 12mm (PC-104 footprint)
• Mass90g
• Power<0.5W at 5V

Compact, low-power PC-104 footprint space GNSS receiver, 24 channels, under 0.5W.

GNSS Receiver Module (GPSRM 1) Kit

• ReceiverNovAtel OEM719-GSN (555-channel)
• Base Frequency BandGPS L1 (upgradeable to GPS+GLONASS L1+L2)
• COCOM LimitsRemoved

Space-grade GPS/GNSS receiver module kit with NovAtel OEM719 (555-channel), COCOM limits removed, 20 Hz data rate, and built-in…

Q40 MicroPNT GNSS Receiver

• Dynamics<600 m/s
• Timing Accuracy<5 nanoseconds
• ConstellationsMulti-constellation (GPS, Galileo)

Multi-constellation military GNSS receiver with <5 ns timing accuracy, anti-jamming/anti-spoofing, and RAIM for C5ISR and land/air platforms.

NewSpace GNSS Receiver

• TypeMulti-constellation GNSS receiver
• ConfigurationsSINGLE, DUAL, TIMING, DB
• Product ClassNewSpace

NewSpace multi-constellation GNSS receiver for CubeSat and small satellite position, navigation, and timing applications.