Space systems

Engineering for
the limits of
operation.

Space engineering from concept to industrialization, covering batteries, reaction wheels, power control, mechatronics, drive systems, software, integration, testing and manufacturing support.

SPACE
Battery systems
Reaction wheel systems
PCDU / power control
Solar array deployment
Thermal management
Launch adapter systems
Development lifecycle

From first architecture to validated systems.

01
Concept and system definition

Concept

Requirements, architecture and system definition for robust technical foundations.

02
Engineering and development

Development

Engineering, design, modelling, simulation and optimisation across the subsystem.

03
Prototype development and integration

Prototyping

Mechanical, electrical and software integration into a complete, mission-relevant system.

04
Testing and validation

Validation

Testing, verification and performance assessment to confirm function and reliability.

05
Industrialisation and production readiness

Industrialization

Production readiness, transfer and scalable implementation in robust manufacturing processes.

Space subsystems

Expertise translated into mission-relevant space systems.

From energy and power control to precision mechanisms and structural integration — engineered as part of the complete system.
Launch adapter system
01

Spacecraft Integration & Deployment Systems

Engineering and prototyping of launch adapters, satellite deployment systems and solar array deployment mechanisms, supporting secure spacecraft integration and robust load transfer during launch.

Battery systems
02

Battery and BMS systems

Battery and energy storage solutions, covering electrical architecture, BMS, integration, modelling and validation.

Power electronics and power control
03

Power electronics & power control

Power conversion, control electronics and electrical architecture expertise supporting efficient and reliable onboard power management.

Precision drive systems and actuation
04

Drive systems

Compact e-machines and mechanical / electromechanical drive systems for precision motion, mechanisms, auxiliary functions for demanding applications.

Mechatronics and actuation systems
05

Mechatronics & actuation

Compact electromechanical and electrohydraulic systems integrating mechanics, electronics and precision motion.

Embedded software and control software
06

Embedded Software / Control software

Embedded software and control software development, integration and validation for reliable subsystem and system functionality.