AEROSPACE APPLICATIONS
Silicon Designs MEMS DC accelerometers are well-suited for supporting 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