We test the future of space technology. Today.

Battery Testing

Reliable Energy Systems for Successful Space Missions.

Energy storage and power supply systems are critical components of every space mission. PTS-Prüftechnik supports the development and validation of these systems through comprehensive testing and engineering services. With our expertise in battery and energy storage technologies, we lay the foundation for safe, reliable, and long-lasting space applications.

Technical Highlights 

• Cell, battery and energy storage testing
• Performance and aging assessments
• Extreme climatic conditions
• Electrical safety testing
• Qualification and verification testing
• ECSS-aligned testing strategies
• Development of customized test programs
• Technical support through to final approval

EMC Engineering & Testing

EMC engineering and testing for transport technology.

How reliably do electronic systems in the aerospace industry perform when exposed to electromagnetic interference and demanding operating conditions during launch, in space, and upon landing? 

PTS-Prüftechnik supports you with EMC Engineering & Testing – from early-stage analysis and design consulting to practical pre-compliance testing of components and systems.

Technical Highlights  

• Component, system and equipment analysis
• Combined testing at temperatures from -70 to +160 °C
• EMC pre-compliance testing & debugging
• Development of EMC concepts, including bonding & grounding
• Certification preparation and technical support

Component Testing

Realistic testing under demanding loads.

PTS-Prüftechnik develops customized testing concepts and realistic test strategies for mechanical and electromechanical components used in space applications under demanding operating conditions. This enables early validation of development decisions and targeted component testing.

Technical Highlights  

• Component testing in accordance with DIN EN ISO/IEC 17025:2018
• Tensile, compression, peel, shear and bending tests of all types
• Torsion and rotational speed testing at our in-house testing facilities
• Material inspection and testing in our in-house laboratory
• Ambient and media temperatures from -70 °C to +200 °C
• Environmental testing, including vibration testing on shaker systems

Numerical Simulation

Simulation Meets Reality – for Better Space Products, Developed Faster

How reliably do electronic and mechanical systems in the aerospace industry perform when exposed to demanding thermal and mechanical loads during launch, in space, and upon landing? PTS-Prüftechnik supports you with tailored multiphysics simulations – from early-stage analysis and design consulting to computational models validated through in-house testing.

Technical Highlights 

• Coupled multiphysics simulations for realistic operating conditions
• Structural mechanics & strength analyses (FEA), in accordance with standards such as VDI 2230 and FKM
• Thermal management & thermomechanical analyses
• System simulation and functional modeling (1D)
• Combination of simulation and testing for highly accurate and reliable model development

Thermal Management

Reliable Validation of Thermal Systems for Space Applications

Extreme temperatures and changing environmental conditions place the highest demands on space systems. PTS-Prüftechnik develops and validates thermal management solutions for components and systems. From simulation and test bench validation to testing under realistic operating conditions, we ensure efficiency, performance and reliability.

Technical Highlights  

• Thermal management for components and systems
• Flow and pressure testing
• Temperature testing from -70 to +240 °C
• Thermal shock and temperature cycling tests
• Validation of climate control and cooling systems
• Thermal performance mapping