Navigation sensors that measure the real world, one axis at a time.
We design and build fiber-optic gyroscopes and inertial measurement units for demanding industrial, aviation, and autonomous systems. R&D in Riga, deployed globally.
We don’t sell off-the-shelf sensors. We solve navigation problems.
Most manufacturers ship generic hardware and leave you to make it work. We build custom-engineered inertial systems calibrated to your platform and operating conditions.
4 domains of precision navigation engineering
We design and manufacture high-precision navigation sensors, inertial measurement units, and strapdown navigation systems — combining fiber-optic gyroscope technology with proprietary algorithms. Every system is built, calibrated, and tested at our Riga facility for industrial, aviation, marine, and autonomous vehicle applications where accuracy and reliability are mission-critical.
Navigation sensors
High-precision gyroscopes and accelerometers built for inertial-grade navigation in the most demanding environments. Designed to deliver reliable, drift-resistant performance across industrial, marine, airborne, and autonomous applications where accuracy cannot be compromised.
Inertial measurement units
Six-axis IMUs built on a hybrid MEMS and fiber-optic gyroscope core, delivering consistent attitude and heading data across airborne, ground, and marine platforms, even through sustained vibration and temperature shifts.
Strapdown navigation systems
Proprietary attitude and heading algorithms designed for autonomous and stabilized platform control — delivering reliable orientation data even in GPS-denied environments by fusing inertial sensor inputs with advanced filtering and fusion logic.
Custom engineering & integration
We develop and integrate sensor solutions tailored to specific mission profiles, platform constraints, and operational environments—from high-vibration industrial machinery to autonomous vehicles and precision flight systems. By combining fiber-optic gyroscope technology with custom algorithm design, we deliver reliable inertial measurement and navigation performance exactly where it’s needed.
Request specifications for a custom inertial navigation system
We'll review your performance requirements and provide a technical proposal with lead times and integration details.
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