This miniaturised module allows for powerful data processing and application flexiblility.

Compact, high throughput, optical laser communication terminal for use in CubeSats and small satellites. CubeCAT enables a bidirectional space-to-ground communication link between a CubeSat and an optical ground station, with downlink speeds of up to 1 Gbps and uplink data rate of 200 Kbps.

The GD200 Gigabit Detector is a compact, high-speed optical-to-digital converter, used in optical ground stations, currently capable of receiving data rates up to 1 Gbps. Developed for nanosatellites, this laser communication solutions converts data contained in digital laser signals into a digital bitstream, ready to be processed by a high-speed data handling system.

Our plug-and-play iADCS200 range of fully integrated attitude control systems are flight proven with low power requirements.

The iADCS400 is a fully autonomous attitude determination and control system aimed at small satellites with a 6U CubeSat form factor or larger

Our versatile IM200 Smart Optical Imager comes with 4 Mpixel resolution, a high-speed data interface and various lens options.

The MM200 is a high precision magnetometer suited for autonomous satellite attitude control or scientific measurements

The small satellite precision performance MTQ800 magnetorquers enable precise pointing and rapid de-saturation of any reaction wheels in the satellite.

The PG400 gyroscope hosts an impressive Angular Random Walk of 0.23 deg/sqrt(Hz) and a bias instability of 1 deg/hr. This high-performance component utilises a RS422 interface with a request-based protocol for command and data handling, enabling seamless integration with your platform design.

Our next generation high-performance RW222 reaction wheels are ideal for highly agile small satellite missions requiring precision pointing.

Our high-performance reaction wheels are ideal for agile small satellite missions requiring accurate pointing.

Miniaturised digital sun sensor with high accuracy and 110 deg FOV

Our ST200 CubeSat star tracker offers attitude determination in an incredibly small package. The ST200, developed by AAC Hyperion, is one of the world’s smallest and lightest fully autonomous, low power star trackers, aimed at applications in pico- and nano-satellite platforms

Powerful attitude determination for small satellites. The ST400 star tracker, developed by AAC Hyperion, is aimed at microsatellite systems. With increased attitude determination accuracy and improved radiation tolerance compared to its little brother, the ST200, it enables more demanding missions.