Inertial Navigation Sensors

Inertial Navigation Sensors & IMU

High-precision GNSS/INS solutions for localization, tracking, validation, and dynamic vehicle testing in open-sky and GNSS-challenged environments.

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Inertial navigation hardware

Built for Reliable Position and Motion Data

Reference hardware combines calibrated IMU sensing with dual-antenna GNSS capability to deliver robust localization and orientation data.

These systems are widely used for ADAS validation, trajectory analysis, surveying, and precision control where consistency and low latency matter.

Core Inertial Navigation Products

RT Family

The RT family includes high-performance INS options designed for precision testing. RT3000 v4 is targeted for maximum accuracy, while RT1003 v2 offers a cost-effective performance balance in challenging GNSS conditions.

Speed Box - INS

Speed Box-INS combines GNSS and inertial measurements through adaptive filtering for stable speed and motion outputs, even when GNSS quality is reduced. Ideal for professional automotive test and validation workflows.

IMU - 06

IMU-06 is positioned for compact inertial sensing applications where clean acceleration and angular-rate data are required for vehicle dynamics, motion tracking, and sensor-fusion pipelines.

Engineered for Testing Accuracy

  • Robust localization in real-world and GNSS-limited conditions
  • Sensor-fusion ready outputs for ADAS and autonomy validation
  • Scalable integration with external DAQ and telemetry tools
  • Support for monitoring, surveying, georeferencing, and control use-cases
Precision GNSS + IMUCalibrated inertial and GNSS architecture for accurate navigation outputs.
NAVsuite WorkflowConfiguration, monitoring, and post-processing support in one software flow.
Global Technical SupportDeployment and implementation guidance for faster project execution.

FAQs

1. What is an INS system?

An INS combines inertial sensors and GNSS to estimate position, orientation, and velocity with high stability.

2. Where are RT Family systems used?

They are commonly used in ADAS validation, autonomous testing, precision mapping, and motion analysis.

3. Why combine GNSS with IMU?

IMU data helps bridge short GNSS gaps and improves motion tracking in dynamic environments.

4. Is Speed Box-INS suitable for track testing?

Yes, it is intended for accurate speed and trajectory measurement in demanding test scenarios.

Need an INS setup for your next test program?

Share your application and we can help align the right RT family, Speed Box-INS, or IMU configuration.

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