AAC Clyde Space

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AAC Clyde Space

Location

  • SE-751 83
  • Uppsala
  • Sweden

Description of your activity

  • AAC Clyde Space specialise in advanced spacecraft, mission services, and reliable subsystems. Providing market-leading New Space solutions and services for government, commercial, and educational organisations.

Your ISD 2020 Objectives

Please describe your objectives for the ISD 2020 here

  • Commercial representation
  • Licences / Technologies
  • Products
  • Services

What you Offer

Space and Ground Segment
  • Quality, dependability and safety
  • System Dependability and Safety
  • Product and quality assurance
  • Onboard Data Systems
  • Payload data processing
  • Onboard data management
  • Microelectronics for digital and analogue applications
  • Space System Control
  • Control systems engineering
  • Control systems innovative technologies
  • RF Systems, Payloads and Technologies
  • Telecommunication systems/subsystems
  • RF payloads
  • System Design & Verification
  • Mission and system specification
  • Collaborative and concurrent engineering
  • System analysis and design
  • System verification and AIT
  • EEE (electric, electromechanical & electronic) Components and quality
  • EEE component technologies
  • Flight Dynamics and GNSS
  • Flight Dynamics
  • Mechanisms
  • MEMS technologies
  • Structures
  • Structural design and verification methods and tools
  • Space R&D
  • Support for partnerships research
  • Mission Operation and Ground Data systems
  • Mission operations
  • Spacecraft Electrical Power
  • Power system architecture
  • Power generation technologies
  • Energy storage technologies
  • Power conditioning and distribution including regulation, control and distribution

Your Needs

Space and Ground Segment
  • Space System Control
  • AOCS/GNC sensors and actuators
  • Electromagnetic Technologies and Techniques
  • Antennas
  • Wave Interaction and propagation
  • EMC/RFC/ESD
  • Optics
  • Optical system engineering
  • Optical component technology and materials
  • Optical equipment and instrument technology
  • Propulsion
  • Chemical propulsion technologies
  • Electric propulsion technologies
  • Advanced propulsion
  • Supporting Propulsion Technologies and Tools
  • Structures
  • Inflatable and deployable structures
  • Thermal
  • Heat transport technology
  • Thermal protection
  • Heat storage and rejection
  • Electromagnetic Technologies and Techniques
  • Antennas
  • Wave Interaction and propagation
  • EMC/RFC/ESD
  • Ground Station System and Networks
  • Ground communications networks

References

Equipment, Technologies and Processes used