OCULUS is a high-precision motion sensor that has been specially developed for use in water sports.
With a sampling rate of 10 Hz, OCULUS records ten measuring points per second and thus provides exact speed and position data for each individual section. By using all global satellite systems - GPS, Galileo, Glonass and Baidu - OCULUS achieves a positioning accuracy of less than 0.6 meters.
Its state-of-the-art ceramic antenna ensures exceptional signal stability and precision, even under difficult conditions. The result: consistently precise, seamless and reproducible data acquisition.
The analysis software from Lympik provides you with powerful cloud software that automatically processes, visualizes and evaluates measurement data - without manual post-processing.
After training, all data from the OCULUS sensor is uploaded via Wi-Fi within a few seconds and made available in the software. The software automatically recognizes the start and finish, calculates GPS-based split times and clearly displays all performance metrics such as speed, stroke frequency, distance per stroke and heart rate.
In the interactive map view, you can compare distances, splits and training sections - down to a few meters.
With IRIS, video analysis is seamlessly integrated into the Lympik Motion system. All relevant performance data from the OCULUS measurement and the analysis software are automatically linked to the video and displayed as an overlay directly in the image. Speed, stroke rate or distance per stroke are therefore visible at all times - perfect for accurately assessing technique and performance. The videos are stored online in the Lympik Cloud, giving coaches and athletes access to their recordings at any time - without additional devices or complicated workflows.
The speed analysis allows you to directly compare several runs over the entire course. The analysis is not just limited to split times, but also shows the speed development over the entire run with pinpoint accuracy. Every single stroke is recorded and makes it clear where speed has been built up or lost
