KVH Unmanned & Autonomous Webinar Series:

Inertial Solutions in Autonomous Ground Reference Systems

Hosted & Moderated by IEEE

KVH Unmanned & Autonomous Webinar Series:

Inertial Solutions in Autonomous Ground
Reference Systems

Hosted & Moderated by IEEE

1775 IMU

Premium Performance for Critical Applications

KVH’s premier IMU for the most demanding environments and applications  ​

  • Exceptional FOG-based IMU performance for critical applications
  • Very high bandwidth (-3 dB) 
    ≥1000 Hz at data rates 2300 to 5000 Hz 
    ≥440 Hz at data rate of 1000 Hz (default)
  • Very low latency: <500 µsec
  • 3 axes of magnetometers for automatic gyro bias compensation in the presence of strong magnetic fields
  • User-selectable baud rate and data rates
Product Datasheet

Highlights & Specifications

Product Video

1725

Compact and Lightweight

  • Compact design: 88.9 mm Dia x 73.7 mm h (3.5" x 2.9") (max)
  • Lightweight: 0.7 kg (1.45 lbs) (max)
  • Built with DSP-1750 Fiber Optic Gyros (FOGs) – the world’s smallest high performance FOG
  • RS-422 Asynchronous or Synchronous communication with user-programmable update rates from 1 to 5000 Hz
  • Commercial Off-the-Shelf (COTS) system 

Designed for Challenging Environments

  • Flexible interfaces and multiple programmable message outputs
  • Magnetometers for automatic gyro bias compensation in the presence of strong magnetic fields
  • User-adjustable baud rate and data rates
  • Excellent shock and vibration tolerance

Applications

  • Pipeline inspection and maintenance systems
  • GNSS-aiding inertial navigation systems
  • Augmented reality and mobile mapping systems
  • Stabilization systems for high-speed gimbals, EO/FLIR platforms
  • Drilling, mining systems
  • Targeting and precision guiding systems
White Paper
Overcoming GNSS Vulnerability in Multi-Sensor Systems for High Accuracy Navigation, Pointing and Timing Solutions
White Paper
High Accuracy Multi-Sensor Navigation Solutions for Overcoming GNSS in Unmanned and Autonomous Systems - 2nd Edition

Application Gallery

Pipeline inspection gauges used for cleaning and inspecting the pipelines rely on KVH precision IMUs to provide inertial navigation without GNSS input.
Drilling operations require rugged, high-performance KVH FOGs to provide accurate orientation information.
Ultra-high definition cameras utilize KVH high accuracy IMUs and FOGs to help their stabilization systems to produce rock steady images.
Precision inertial navigation data from KVH IMUs is required to guide pipeline inspection gauges used for cleaning and inspecting underground gas and oil pipelines. 
Compact highly accurate FOGs and IMUs from KVH are integrated into the navigation systems of UAVs; these sensors are also used to stabilize UAV payloads.
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