UGV - Unmanned Ground Vehicle

SDI quartz MEMS MMQG and C-MIGITS™ III INS/GPS inertial sensing systems
provide exceptional bias stability, low angle random walk values and superior vibration performance characteristics, tightly coupling a digital quartz IMU (DQI) and a Jupiter® 12-channel Coarse/Acquisition (C/A) Code GPS engine, offering an extremely small, lightweight and low-cost solution for use in UGVs, enabling safe and secure arrival of personnel and supplies to previously inaccessible areas with pinpoint accuracy, or remote patrolling missions. Our QRS116 MEMS angular rate sensor brings unprecedented random angle walk values and bias stability for a highly miniaturized, low-cost solution for further augmentation of navigation, control and guidance (NC&G) systems.

Critical to Customer Requirements:

  • Exceptional Bias Stability
  • Low Angle Random Walk Values
  • Superior Vibration Performance
  • Self-Contained System
  • Compact Package Design
  • Optimized Kalman Filtered Navigation Solution (MMQG/C-MIGITS III)

 

 

Relevant Products

  • MMQG:  Ultra-Miniature MEMS Quartz Inertial Measurement Unit + Integral 12-Channel L1 C/A Code GPS Engine
  • C-MIGITS® III:  Miniature Integrated GPS/INS Tactical System
  • QRS116:  High Performance MEMS Rate Sensor for Tactical & Critical Applications
  • SDI500:  Tactical MEMS Inertial Measurement Unit
  • MMQA:  Integrated Attitude, Heading and Reference System (AHRS) IMU (6DoF)
  • MMQVG:  Vertical Gyro Inertial Measurement Unit (6DoF)
  • MMQ50:  Miniature MEMS Quartz Inertial Measurement Unit
  • MotionPak® II:  Low Cost Multi-Axis Inertial Sensing System
  • MotionPak®:  Six Degree of Freedom (6DoF) Inertial Sensing System
  • QRS11:  High Performance (Military Grade) Rate Sensor
  • QRS14:  GyroChip® II Angular Rate Sensor
  • HORIZON™:  OEM Angular Rate Sensor
  • LCG50:  Economical Commercial Gyro