High Precision

Our technology is able to provide high precision self-localization of any object in all outdoor environments. Combining satellite signals received on two or more different objects, e.g. provided by GPS, our algorithm offers you centimeter-level positioning accuracy even in obstructed environments.

High Reliability

It is important to get a reliable positioning service to be able to plan safely. Our technology achieves high reliability using our novel RTK engine. Optionally enhanced by our highly reliable, fast and low power wireless communication technique, all major components for your high precision application are in place.

Low Latency

To be able to react fast, your device needs to know its position as close to real-time as possible. Our technology provides its high precision solution with very low latency and is therefore optimized for all moving objects even deployed in high dynamic environments.


Normal satellite navigation sensors are not reliable enough

Their accuracy degrades severely in cities or forests
where satellite signals are interfered or blocked.

Our GNSS Sensors allow manufacturers of autonomous drones,
cars, shuttles and delivery robots to sell their products
for usage in all outdoor environments, where it was too risky to operate before.

The NAV-RTK system is open for order. Please write to sales@fixposition.com


The combination of cutting edge computer vision techniques and leading satellite navigation know-how allows Fixposition to develop products which provide high-precision and ultra-reliable navigation. The positioning is on centimeter-level accuracy and stays operational in challenging environments, such as so-called urban-canyons, forests or generally places with limited satellite signal reception. This facilitates a wide variety of tasks such as autonomous industrial drone inspection, high-precision control of autonomous machines and guidance of self-driving cars.

Key Metrics

  • Fast and highly reliable centimeter-level positioning in all outdoor environments
  • Highly adaptable real-time kinematic algorithm for different deployment scenarios
  • Novel wireless communication technique tailored for low latency, high dynamics and low-energy applications
  • Real-time heading information and attitude determination


For our service to be operational a reference station is sited in the vicinity of your mobile devices broadcasting its received satellite data. Our real-time kinematic algorithm running directly on the mobile device calculates high precision positioning solutions in real-time.

Operation - Our RTK algorithm together with one reference station provides countless rovers with centimeter accurate positioning accuracy.