1725 IMU

Superior Performance at MEMS Prices

High Performance and Low Cost ‚Äč

  • Commercial-off-the-shelf, FOG-based IMU performance at MEMS prices
  • High bandwidth (-3 dB): ≥440 Hz
  • Low noise (ARW): ≤0.017°/√hr (≤1°/hr/√Hz)
  • Excellent shock and vibration performance
  • Bias instability (25°C) ≤0.1°/hr, 1σ
Product Datasheet

Highlights & Specifications

Product Video


Compact and Lightweight

  • Small, compact design: 88.9 mm Dia x 73.7 mm h (3.5" x 2.9")
  • Lightweight: <0.7 kg (1.45 lbs.)
  • Designed for easy integration
  • RS-422 Asynchronous or Synchronous communication with user-programmable data and baud rates

Versatile and Robust

  • Excellent shock performance: 9 g, 11 msec, sawtooth
  • Superior vibration performance: 8 g rms, 20-2000 Hz
  • Flexible interfaces and programmable message outputs and data rates
  • Scalable with high bandwidth and low noise
  • Flexible power input range from +9 to +36 VDC


  • Unmanned commercial or defense platforms (ground/aerial/marine surface/submersible)
  • Antenna and camera stabilization
  • EO/FLIR system stabilization
  • GPS/GNSS-aiding inertial navigation
  • Mobile mapping systems
  • Motion sensing systems
  • Navigation, guidance and positioning
White Paper
Overcoming GNSS Vulnerability in Multi-Sensor Systems for High Accuracy Navigation, Pointing and Timing Solutions
White Paper
Guide to Comparing Gyro and IMU Technologies
Download the Guide

Application Gallery

Automated inventory systems rely on accurate data provided by KVH high-performance gyros and inertial systems for precision navigation capability.
With GNSS unavailable underwater, Unmanned Underwater Vehicles (UUVs) rely on compact, rugged IMUs from KVH to provide guidance and navigation.
Unmanned Ground Vehicles (UGVs) have KVH FOGs and IMUs integrated into their navigation systems, as well as providing stabilization for payloads.
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