Quality and Process
PRECISION IN MOTION
Quality and process engineered for mission certainty.
Satellite missions leave little room for uncertainty. Performance in orbit depends on disciplined engineering long before launch.
As a European satellite builder and satellite manufacturer, Space Inventor integrates satellite design, manufacturing and testing within one controlled production environment – ensuring predictable satellite development and consistent system quality.
FLEXIBLE MODULARITY
Our satellite systems are built on a design philosophy we call Flexible Modularity. Instead of developing each satellite from scratch, we assemble missions using standardized, flight-proven subsystems.
This allows satellite platforms to adapt to specific mission requirements, while maintaining proven reliability and shortening satellite development timelines.
VERTICAL INTEGRATION:
THE 95% ADVANTAGE
Space Inventor manufactures approximately 95 percent of satellite subsystems in-house. This vertical integration provides technical ownership across the full satellite system architecture.
Key capabilities include:
PRECISION MANUFACTURING
Five-axis CNC machining and automated electronics assembly ensure microscopic accuracy and full production traceability.
IN-HOUSE AVIONICS
Sensors, actuators and flight computers are developed internally to ensure seamless integration across satellite platforms.
CONTROLLED PRODUCTION FLOW
Owning the production process removes external bottlenecks and ensures every subsystem is verified before integration.
ENGINEERING PROCESS WITH ACCOUNTABILITY
Each mission follows a defined engineering framework that ensures transparency and technical accountability throughout satellite development.
DEDICATED MISSION LEADERSHIP
A Program Manager oversees schedule and budget, while a System Engineer safeguards technical architecture.
INDEPENDENT PRODUCT ASSURANCE
A Product Assurance lead verifies compliance with requirements and quality standards.
STRUCTURED REVIEWS
Milestone reviews and defined work packages provide full visibility from project kick-off to mission close-out.
FLIGHT-PROVEN TECHNOLOGIES
Our satellite technologies are validated through operational use in orbit.
Space Inventor components and satellite systems have achieved Technology Readiness Level 9 (TRL 9) in both Low Earth Orbit and Geostationary Orbit, supporting customers in more than twenty countries.
Engineering standards include:
SYSTEM RELIANCE
Redundant CAN bus architecture using CSP 2.0 enables autonomous recovery from single-event upsets.
POWER RELIABILITY
Custom solar panel configurations ensure positive power margins across mission profiles.
SCALABLE AVIONICS
A unified avionics architecture scales from CubeSat platforms to larger microsatellite systems without redesigning flight-proven components.
FACILITIES
A complete production ecosystem.
Our Aalborg headquarters integrates the full lifecycle of satellite design, satellite development and system validation.
THE FACILITY INCLUDES:
Engineered for mission certainty
Successful satellite missions depend on disciplined engineering and controlled processes.
By developing and integrating satellite systems entirely in Denmark, Space Inventor maintains full control, from architecture through on-orbit operations – ensuring predictable performance and technical accountability throughout the mission lifecycle.
