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Spacecraft, launch vehicles, payload systems, and flight test platforms depend on accurate motion data when vibration, shock, tilt, and thermal stress can affect system performance. Selecting the right accelerometer early in the design, test, and validation process helps engineering teams capture reliable data before mission-critical decisions are made.
On June 3-4, Silicon Designs will attend Space Tech Expo USA 2026 in Anaheim, California. Visit Booth #422 to speak with the team about MEMS DC Accelerometers for flight testing, vibration monitoring, tilt sensing, payload validation, and space-related test applications.
Why Silicon Designs Accelerometers Are Ideal for Space Applications
Accelerometers for aerospace applications must deliver reliable motion data across conditions that affect spacecraft, payload, and flight test performance, including:
- Launch shock and vibration
- Temperature changes
- Low-gravity operating conditions
- Payload separation events
- Deployment sequences
- Subsystem motion and tilt
For small satellites, modular platforms, and space-related test systems, Silicon Designs’ Variable Capacitance DC Accelerometers provide rugged, compact sensing with high linearity, low-noise output, consistent thermal performance, and resistance to electromagnetic interference. Paired with data acquisition systems, they support fatigue analysis, modal testing, clearance decisions, and repeatable acceleration measurement.
For a more detailed look at space-related sensor selection, see The Role of Accelerometers in Aerospace Testing and Validation.
Connect With Silicon Designs at Space Tech Expo
If your team is evaluating accelerometers for aerospace, space, test, or mission-critical applications, visit Silicon Designs at Booth #422 to see our MEMS DC Accelerometers in person and speak with the team about your application requirements.
Planning to attend the event? Use promo code SILICONDESFREE for a free expo pass when registering.
