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A low-cost, high-performance star tracker with a proven track record of flight.
A low-cost, high-performance star tracker that can be used as an attitude control sensor for low Earth orbit and geostationary orbit satellites. We offer a wide range of options that can accommodate everything from small satellites to large satellites. Additionally, it is a star tracker with numerous flight achievements.
A low-cost, high-performance star tracker with a proven track record of flight.
A low-cost, high-performance star tracker that can be used as an attitude control sensor for low Earth orbit and geostationary orbit satellites. It offers a wide range of options suitable for both small and large satellites. Additionally, it is a star tracker with numerous flight achievements.
Low-cost, high-performance start tracker for ultra-small satellites (such as CubeSats).
A low-cost, high-performance star tracker that can be used as a sensor for attitude control of ultra-small satellites (such as CubeSats).
Star tracker built into a CMOS device. Star image capture. High-precision attitude determination.
nanoST is a standalone star tracker designed for nanosatellites. Its main features are as follows: - Operating temperature range: -30°C to 70°C - Random RMS: 20.1 gRMS - Shock resistance: 1500g at 10 kHz - Compliant with MIL-STD 461G RE, CS, RS - Radiation resistance: 20Krad - Space-grade and metal connectors - Customizable baffles - ITAR FREE & SPACE QUALIFIED (TRL 9) - Full field of view: 15º - Accuracy: Cross boresight: 40 arc seconds (3 sigma), Boresight vicinity: 200 arc seconds (3 sigma) - Exclusion HFOV: 41 degrees (Sun) Cubesat baffle, 30 degrees (Sun) EA+ baffle - Electrical interface: UART - Power supply: 5V, 1W consumption - Mechanical interface: nanoD 15-pin connector - Dimensions: 90x52x38mm, 180g (cubesat); 118x63x63mm, 220g (non-cubesat) - Maximum slew rate: 1º/s
Low-cost, high-performance ultra-small satellite, CubeSat, start tracker. Radiation-hardened in a 0.5U size.
A low-cost, high-performance star tracker that can be used as an attitude control sensor for ultra-small satellites (CubeSats). Its features include the use of commercial electronic devices, allowing for higher performance electronics compared to conventional space star trackers, and a radiation-resistant design.
Low-cost, high-performance star tracker for ultra-small satellites (such as CubeSats).
A low-cost, high-performance star tracker that can be used as an attitude control sensor for ultra-small satellites (such as CubeSats).
Low-cost, high-performance nano star tracker for ultra-small satellites (such as CubeSats).
A low-cost, high-performance nano star tracker that can be used as an attitude control sensor for ultra-small satellites (such as CubeSats).
Low-cost, high-performance start tracker for ultra-small satellites (such as CubeSats).
A low-cost, high-performance star tracker that can be used as a sensor for attitude control of ultra-small satellites (such as CubeSats) and small satellites. Additionally, there is a simulator available for evaluation during thermal vacuum testing.
A start tracker for low-cost, high-performance ultra-small satellites (such as CubeSats). It is an enhanced version of the ST200.
A low-cost, high-performance star tracker that can be used as a sensor for attitude control of ultra-small satellites (such as CubeSats). It is an enhanced version of the ST200 and has also been certified for manned missions.
High-performance, low-cost micro star tracker for small satellites.
The Micro Start Tracker for small satellites, MicroST, is a high-performance and low-cost sensor for satellite attitude control. This sensor can be used not only for LEO but also for MEO and GEO. Additionally, while the basic configuration is standalone, it can also be used in a modular configuration with 2 to 3 optical heads and 1 control unit.
Robust plug-and-play Star Tracker for small satellites, achieving high precision without the need for additional support.
It provides unprecedented precision attitude determination in the field of small satellite technology. This innovative Star Tracker captures images of the night sky using an integrated CMOS device, identifying stars and constellations to determine the satellite's orientation with astonishing accuracy. Key features include: - Operating temperature range from -30°C to 70°C, accommodating extreme space environments - Compliance with MIL-STD 461G for electromagnetic compatibility, ensuring reliability under diverse conditions - Robust design with a 2mm thick aluminum case and 10Krad radiation resistance, guaranteeing durability - Plug-and-play functionality that requires no additional electronic support - Customizable baffle options to meet mission requirements These attributes make the STNS an indispensable tool for small satellite missions, providing high precision and reliability without increasing complexity.
