17 satellite platforms, components and ground equipment from manufacturers worldwide.
The MAI-SS Star Tracker is low in cost and intended for CubeSat and NanoSat missions. The unit is…
The MAI-KE Sun Sensor is an analog sun sensor designed for spacecraft missions, providing an output voltage from…
The MAI-400 ADACS is a 1/2U Attitude Determination and Control System for small satellites, featuring reaction wheels, magnetometers,…
The MAI-400 reaction wheel is a standalone unit for CubeSats and NanoSat missions, featuring integrated motor driver electronics…
An attitude determination and control board incorporating four microcontrollers, MEMS accelerometer and gyroscope, and reaction wheel/electromagnet drive circuitry,…
The MAI-SES is a miniature Static Earth Sensor designed for CubeSats, NanoSats, and larger spacecraft in Low Earth…
The dynamic simulator provides a HITL (Hardware In The Loop) test set for the MAI-400 which verifies and…
Ground support equipment that generates a simulated star field for functional testing and verification of the SpectraTRAC and…
Ground support equipment using infrared LEDs to optically stimulate Adcole sun sensor cells for functional verification, aliveness testing,…
A miniature autonomous star tracker for CubeSat and NanoSat missions delivering 10 arcsecond quaternion accuracy at 4 Hz…
A high-accuracy spinning spacecraft sun sensor with redundant optical heads and electronics delivering better performance than the Miniature…
A compact sun sensor for spinning spacecraft providing sun aspect angle and sun crossing pulses for spin rate…
A two-axis digital sun sensor with ±32° field of view offering higher accuracy than the ±64° variant. Radiation-hardened…
A two-axis digital sun sensor with ±64° field of view providing medium-accuracy attitude determination. Up to 8 optical…
A high-precision sun sensor for attitude control applications requiring sub-arcminute accuracy and millidegree angular resolution. Available in single…
A two-axis analog sun sensor assembly containing four cosine-response detectors in a pyramid arrangement for full-hemisphere sun detection.…
A single-detector analog sun sensor using the cosine principle for solar array pointing, sun acquisition, and fail-safe recovery.…
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