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Space Vehicles and Satellite Qualification

HBK’s end to end space systems testing delivers clean, mission grade vibration and pressure data through hot fire, cryogenic, vacuum, and launch—so hardware qualifies right the first time and survives harsh acoustic loads in orbit.

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Colorful space shot of stars and space dust

Test With Confidence From Ground to Orbit

Explore further, innovate faster, and build better with right‑first‑time space systems testing. Support ground vibration testing (GVT), modal analysis, hot‑fire, cryogenic, vacuum, and launch environments with space‑ready sensors, DAQ, and analytics.

Capture true structural and propulsion dynamics, simulate launch conditions, and validate spacecraft and satellite performance across the full qualification campaign - from early development through flight acceptance and beyond.

In space, small inaccuracies add up to major issues. HBK’s robust measurement solutions provide highly granular, reliable data, even under the most challenging temperature, pressure, and electromagnetic conditions. You know that your data is accurate and that your space components will operate flawlessly – because you can rely on the performance of HBK’s solutions.

Re-testing and re-taking measurements wastes time and budget that you could be using to launch faster, invest in further R&D, and push projects to new heights of innovation. HBK’s sensors, DAQ, and analysis tools set up fast, adapt easily, and deliver accurate results first time – so you can move forward with your project, instead of retreading the same ground.

The harshest environments require environmental simulation that helps you anticipate every potential challenge. HBK’s extensive expertise and wide range of sensors, DAQ, and analysis tools can help you effortlessly combine vibration, pressure and acoustic testing with environmental simulation to replicate the full range of space conditions.

White Paper: When Data is the Mission

In space, every data point matters. Discover how Dynetics captures thousands of measurements in real time to qualify mission-critical hardware for NASA and beyond.

Download the white paper and see the strategies behind flawless structural testing.

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Explore HBK Core Space Solutions

Structural testing and monitoring for launch vehicles

Easily validate the structural integrity of everything from propulsion systems to payload fairings – even under extreme conditions.

Satellite and satellite component testing and monitoring

Ensure the resilience, accuracy, and performance of onboard systems during launch and in orbit.

Vibration and acoustic analysis

Protect the long-term performance and longevity of your systems by quantifying sound and vibration levels in simulated extreme space environments.

Thermal and environmental testing

Quantify the impact of shock, vibration, and acoustic impact, ensuring that your payload survives lift-off and achieves your mission objectives.

Extreme Environment Instrumentation

Measure with confidence in hot‑fire, cryogenic, vacuum, and launch conditions. Direct‑mount, hermetic vibration and dynamic pressure sensors deliver stable, low‑noise data where conventional instrumentation drifts or fails.

Integrated Qualification Measurement Chain

Reduce interfaces and risk with a single, integrated measurement chain—from sensors and space‑grade cabling to DAQ and shakers. Consistent, traceable data supports confident decisions across development, qualification, and flight acceptance.

High speed measurement and many channels

User friendliness of both system and software is of great importance to us, since it can be a long time between large tests. MGC Plus suits us since we need many channels simultaneously and we want to be able to measure at high speed.

HBK's equipment for structural measurement and data analysis solutions testing F-35 airframes from BAE Systems

Peter Svensson Test engineer, Ruag Space

Proven Results with Global Space Leaders

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FAQ

Use direct‑mount, high‑temperature‑capable measurement that remains stable at engine‑bay temperatures.

Apply high‑shock‑capable instrumentation and appropriate mechanical/electrical filtering to capture transient shock without saturation.

Portable, sealed recorders enable synchronized, triggered data capture directly on the article or during transport.

Space Vehicles & Satellite Qualification

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