AEROSPACE APPLICATIONS

SDI's MEMS DC accelerometers are well suited to support numerous applications within the Aerospace industry, including Aircraft, Spacecraft, Unmanned Aerial Vehicles, and Satellites.

​Aircraft

  • Aircraft NVH

  • Aircraft Prototype Development

  • Aircraft Engine Vibration Monitoring

  • Attitude Heading Reference Systems

  • Autopilot or Flight Control Systems

  • Buffering

  • Component & System Performance

  • Distance & Position Calculation (S&A)

  • Ejection Seat Control & Monitoring

  • Flight and Flutter Testing

  • Flight Data Recording

  • Helicopter Resonance Testing

  • High-Impact Landing Gear Assemblies

  • Inertial Navigation Systems

  • Landing Gear Platform Leveling

  • Pilot Backup Functions

Unmanned Aerial Vehicles

  • Civil, Military, Military & Meteorological Drones

  • Directional Navigation

  • High-end Inertial Guidance

  • High-stability Reference Accelerometer

  • Inertial Navigation (Drones)

  • Navigation & Control Systems (GN&C)

  • Replacement for Quartz Inertial Navigation Accelerometers

  • Robotic Control Systems

  • Tactical-grade IMUs

  • UAV & ROV Autopilot

  • UAV Wing Instrumentation & Surveillance Equipment

  • Unmanned Ground Vehicles (UGV’s)

Spacecraft & Satellite

  • Low Orbit Spacecraft

  • Satellite Component Monitoring

  • Space Vehicle Systems

  • Spacecraft Vibration

  • Unmanned Aerial Vehicles

  • Zero to Medium Frequency Inertial and Tilt Applications

READ UP ON IT: SDI IN SPACE TRANSPORTATION SYSTEMS

"Potential Applications of Micro and Nano Technologies on Space Transportation Systems"
Author: Dr. Oudea Coumar
The European Aeronautic Defence and Space Company N.V. (EADS)
Les Mureaux Cedex,  France