We support mechanical environmental testing of small satellites, spacecraft hardware, electronics, mechanical assemblies, and other products exposed to dynamic loads.

Typical space-sector applications include launch vibration simulation, shock-load assessment, resonance identification, structural stability evaluation, and functional reliability testing of electronic and mechanical components under dynamic loads.

We also support high-reliability industries outside the space sector, including automotive, aviation, packaging, and electronics applications where vibration, shock, transport loads, or mechanical stress are relevant to product reliability.

We provide vibration and shock testing services using a shaker system designed to reproduce mechanical loads that products may experience during launch, transport, operation, or other demanding environments.

We support several dynamic test methods, including sine vibration, random vibration, and shock testing. These methods help engineering teams analyze dynamic stress, shock effects, and resonance behavior, identify weak points, validate design margins, and improve hardware robustness before deployment.

For space applications, our facility is particularly relevant to small satellite and spacecraft hardware testing. Small satellites experience significant mechanical loads during launch, and our test setup can be used to simulate launch-related vibration and shock conditions, assess structural stability, and evaluate the durability of components and assemblies.

Technical Specifications:

• Mounting surface: 600 mm × 600 mm
• Hole pattern: 100 mm × 100 mm, M10 × 15
• Maximum frequency range: 3,300 Hz
• Maximum displacement: 51 mm in sine mode
• Maximum payload: 300 kg with head expander for vertical excitation
• Maximum payload: 620 kg with slip table for horizontal excitation
• Maximum force in sine mode: 22 kN
• Maximum force in random vibration: 22 kN RMS
• Maximum force in shock mode: 44 kN
• Maximum acceleration in sine mode: 1,000 m/s²
• Maximum acceleration in random vibration: 630 m/s² RMS
• Maximum acceleration in shock mode: 2,000 m/s² peak

Our shaker system is housed in an ISO 7 cleanroom, helping reduce contamination risk during environmental test campaigns for sensitive hardware.

We can support development testing, design verification, resonance testing, functional reliability checks, and qualification-oriented mechanical testing for spacecraft structures, satellite subsystems, electronic assemblies, sensors, batteries, avionics, and other high-reliability products.

We tailor test campaigns to the customer’s product, test objective, and expected mechanical environment. We can adapt the test approach based on sine, random vibration, shock, resonance, or launch-simulation profiles, as well as vertical or horizontal excitation depending on the test article and fixture configuration.

Customers can work with us to define load profiles, mounting configuration, instrumentation, cleanliness requirements, and campaign scope. Custom fixture design, special test setups, extended documentation, or non-standard campaign requirements can be discussed during quotation.