AAC Clyde Space

Updated 25 Jul 2026
Manufacturer Sweden Listed
51 Products
5 Services
27 Years Active
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About AAC Clyde Space

AAC Clyde Space provides small satellite technologies and space-based data services. The company offers end-to-end solutions, encompassing satellite components, mission services, data delivery, and analytics. These services transform space-based information into intelligence for various applications, including agriculture, where satellite intelligence is used by banks, insurance companies, and investors to monitor real-time crop conditions. The company has more than 15 years of operational experience in the field.

Milestones

  • 1999 AAC Microtec founded in Sweden
  • 2005 Clyde Space founded in Glasgow
  • 2019 Merger creating AAC Clyde Space

Products

51

Bi-propellant propulsion module (offered with Dawn Aerospace) for 3-6U CubeSats, delivering over 230 m/s delta-v using non-toxic nitrous oxide/propene propellant.

1 14
Flight-proven

Extremely compact X-Band transmitter in CubeSat Kit PC/104 form factor with data rates up to 50 Mbps, CCSDS-compliant for compatibility with COTS demodulators.

1 13
Flight-proven

Low mass, low power CubeSat reaction wheel with fire-and-forget speed/torque control, available in 1.5, 3.0, or 6.0 mN.m.s momentum storage variants.

1 11
Flight-proven

Adaptable low-power space-qualified FM S-band receiver for MicroSats and small satellites with up to 26 customer-programmable channels, 30+ years of on-orbit heritage.

1 12
Flight-proven

6-channel on-board-processing satellite AIS (ship tracking) receiver capable of receiving over 1 million AIS messages per day, 4th-generation design.

1 10
TRL 8 · Qualified

1 8
TRL 9 · Flight-proven

The ANT-100 is a high-performance, polarized S-band antenna designed for nanosatellites, offering easy system integration, small size, low profile, and rugged design.

2 7
Flight-proven TRL 9 · Flight-proven

The ANT-GPS Series is a range of GNSS antennas designed for satellite applications, providing positioning, navigation, and timing capabilities.

3 24
Flight-proven TRL 9 · Flight-proven

The CP400.85 is a miniaturized, flight-proven processing platform with high computing power and low energy consumption, designed for CubeSat missions as a payload processor or general-purpose on-board computer.

2 10
TRL 8 · Qualified

The CubeCAT is a nanosatellite polarized S-band antenna designed for high performance and easy system integration, featuring a small size, low profile, rugged design, and high directionality.

3 15
Flight-proven

Flight-proven

Flight-proven electrical power system for 3U-16U CubeSats featuring Maximum Power Point Tracking and robust reliability with TRL 9 maturity.

1 22
Flight-proven

Modular nanosatellite platform from 1U to 12U configurations — power, ADCS, communication, and structural subsystems, with flight heritage across hundreds of CubeSat missions.

1 5
Flight-proven

Clyde Space's flight-proven CubeSat electrical power systems (EPS), lithium polymer batteries, and power conditioning units for 1U–12U satellite platforms.

6

The FFT2G is a customisable 2nd-generation FFT spectrometer for ground-based radio astronomy, offering high bandwidth and high resolution spectral analysis.

2 21
TRL 7 · Demonstrated

High-speed gigabit optical detector for small satellites enabling fast inter-satellite or satellite-to-ground optical communication links.

1 29
Flight-proven TRL 9 · Flight-proven

The GNSS-701 is a space-qualified L-band patch antenna tuned to GPS frequency bands, suitable for MicroSats, SmallSats, and CubeSats.

2 24
Flight-proven TRL 9 · Flight-proven

The iADCS200 is an Attitude Determination and Control System (ADCS) designed for small satellites.

1 15
TRL 8 · Qualified

The iADCS400 is an integrated attitude determination and control system (ADCS) designed for small satellites, offering a complete solution for attitude control.

2 15
Flight-proven

The IM200 is a versatile 4 Mpixel smart optical imager for small satellites and CubeSats, offering high-speed data transfer and real-time image processing capabilities.

2 7
Flight-proven

The Kryten-M3 and Kryten-M3 PLUS are command and data handling solutions designed for price-sensitive commercial missions requiring reliable and qualified solutions.

1 16
Flight-proven TRL 9 · Flight-proven

The MAG-3 is a high-precision magnetometer designed for autonomous satellite attitude control or scientific measurements.

2 21

The MM200 is a magnetorquer designed for small satellites, providing precise attitude control and reaction wheel desaturation.

1 9
Flight-proven TRL 9 · Flight-proven

The MTQ800 is a magnetorquer designed for attitude control in small satellites, offering a compact and efficient solution for detumbling and attitude stabilization.

2 19
Flight-proven TRL 9 · Flight-proven

The OPTIMUS Battery is a highly reliable and scalable CubeSat battery range with extensive flight heritage, featuring integrated thermostatically controlled heaters and multiple protection systems.

3 48
Flight-proven TRL 9 · Flight-proven

The PG400 is a flight-proven, high-performance standalone gyroscope designed for CubeSat and SmallSat attitude determination, offering low power consumption and a compact form factor.

2 18
Flight-proven TRL 9 · Flight-proven

The PHOTON CubeSat Solar Arrays are a range of highly reliable, low-mass solar panels designed for maximum power generation and ease of integration into CubeSat platforms, compatible with various deployment mechanisms.

2 22

The Pulsar HSTX is a high-speed S-band transmitter designed for nanosatellites, offering reliable uplink and downlink capabilities for space missions.

1 12

The Pulsar STX is an S-band transmitter designed for CubeSats and SmallSats, offering reliable uplink and downlink capabilities for space missions.

1 11

The PULSAR-SANT is a high-performance, polarized S-band antenna designed for nanosatellites, offering a small size, low profile, and rugged design for easy system integration.

3 9

The Pulsar-UTRX is a UHF/VHF transceiver designed for CubeSats and small satellites, providing reliable uplink and downlink communication.

1 12

The Pulsar-VUTRX is a space-qualified transceiver designed for reliable uplink and downlink communication in space missions, offering robust lower data-rate backup capabilities.

1 13

The PULSAR-XANT-PLUS is a high-performance, polarized S-band antenna designed for nanosatellites, offering high directionality and ease of integration.

1 15
Flight-proven TRL 9 · Flight-proven

The Q7S is a CubeSat Onboard Computer (OBC) designed for 'always-on' operation, offering advanced error detection and correction.

1 20
Flight-proven

The QUASAR-STRX is a software-defined radio (SDR) transceiver designed for small satellites and CubeSats, offering a complete plug-and-play TMTC solution.

1 16
Flight-proven

The Quasar-WSANT is a compact, wideband S-band antenna designed for SmallSats and CubeSats, offering full ITU-R coverage and selectable dual polarization.

9 12

The RW222 is a reaction wheel designed for small satellites, offering high reliability, adaptability, and accuracy for precise pointing.

2 10

The RW400 is a reaction wheel designed for small satellite missions, offering high reliability, adaptability, and accuracy for precise pointing.

1 17
Flight-proven

The Sirius OBC LEON3FT Development Kit is designed for advanced satellite constellations in LEO and deep space exploration missions, providing 'always-on' reliable operations with precision performance.

3 9
Flight-proven TRL 8 · Qualified

Sirius QuadCore is a next-generation, fault-tolerant Command and Data Handling solution combining an on-board computer, quad-core processing, and mass memory for New Space nanosatellite missions in LEO and deep space.

2 8
Flight-proven

The SIRIUS TCM LEON3FT Development Kit is a smallsat Telemetry, Tracking and Command Control Module (TCM) designed for reliable, 'always-on' operations in LEO and deep space missions. It includes mass memory and telemetry/telecommand functionality with a focus on high reliability, resiliency, and pe

5 12
Flight-proven

The SIRIUS-OBC-LEON3FT is a flight-proven CubeSat Onboard Computer (OBC) designed for 'always-on' reliable operations in advanced satellite constellations and deep space exploration missions.

1 14
TRL 9 · Flight-proven

1 20
TRL 9 · Flight-proven

An advanced SmallSat PCDU with an integrated Mission Control Computer, combining power management and satellite OBC functions into a single unit for streamlined satellite architecture.

1 21
TRL 9 · Flight-proven

The SS200 is a compact and low-power sun sensor designed for attitude determination in CubeSats and small satellites.

1 12
TRL 9 · Flight-proven

The ST200 is a star tracker designed for small satellites, providing attitude determination capabilities.

2 15
Flight-proven TRL 8 · Qualified

The ST400 is a high-performance star tracker designed for small satellite missions, offering precise attitude determination.

2 17
Flight-proven TRL 9 · Flight-proven

The STARBUCK-NANO is a flight-proven Electrical Power System (EPS) for CubeSats, supporting 2U to 16U missions with features like Maximum Power Point Tracking and multiple protection methods.

1 10
Flight-proven

High-performance reaction wheel for small satellites: 1.2 Nms momentum storage, 47.1 mNm max torque, 1.5 kg. Tested to NASA GEVS, flown since 2019.

1 7
Flight-proven TRL 9 · Flight-proven

The TRX-U is a space-qualified transceiver designed for reliable uplink and downlink communication in space missions. It can also serve as a robust lower data-rate backup radio.

6 23
Flight-proven TRL 9 · Flight-proven

The ZAPHOD CubeSat Structure range offers lightweight, robust, and user-friendly structures for CubeSats, available in 3U, 6U, and other form factors.

2 19

Additional Services

5
Integration & testing
Details →

AAC Clyde Space provides high-precision manufacturing and integration services for the full satellite, payload, and subsystem development lifecycle. These services are conducted in purpose-built facilities located in Uppsala, Gothenburg (Sweden), Fairfax (Virginia, US), Glasgow (UK), and Cape Town (South Africa).…

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Testing & qualification
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Space-Condition Environmental Testing

The company provides in-house test capabilities, specifically including space-condition environmental testing. These tests are crucial for qualifying satellites, payloads, and subsystems to withstand the harsh conditions of space. The testing is performed within their purpose-built facilities, which are equipped to…

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EO imagery & data
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Space Data as a Service (SDaaS)

AAC Clyde Space offers Space Data as a Service (SDaaS), providing access to space-powered data from their satellite constellations. This service is designed to unlock insights for Earth challenges, including monitoring and tracking vessels, detecting variations in crop and forest…

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Mission operations
Details →
End-to-End Satellite Mission Solutions

AAC Clyde Space provides comprehensive satellite mission solutions, encompassing every stage from the initial concept definition to the final data delivery. This service includes defining mission objectives, designing advanced spacecraft, ensuring smooth deployment into orbit, and delivering high-quality data for…

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Mission Operations

AAC Clyde Space provides comprehensive mission operations services, covering the entire lifecycle from manufacturing to on-orbit operations and data delivery. This service is an integral part of their end-to-end satellite mission solutions, allowing clients to focus on their core business…

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