GNSS RTK for Sport Tracking

How precise is your sports data today? Do you know exactly where your athletes, cars, or boats are at every moment — within a centimeter?

With centimeter-level positioning and timing accuracy down to 10 nanoseconds (0.00000001 seconds!), you can:

  • Track athletes exactly where they move, even on curves or tight tracks
  • Study movement in detail to see what makes one lap, throw, or turn better than another
  • Measure trajectories more accurately in sports where small angles make a big difference
  • Review race performance in endurance sports like running, cycling, or rowing with real data, not guesswork

 

This level of precision helps athletes, teams, and coaches see what really happened and find small improvements that add up to better results.

Our top selection boards for Sport tracking

How could GNSS/RTK boards help in your sport?

Motorsport high precision GPS Telemetry

You can use RTK to see your exact racing line on every lap — down to a few centimeters. It shows you where you braked, where you turned in, and where you could carry more speed. If you’re part of a team, you can even compare your laps with others and learn where you’re gaining or losing time.

Improving Cycling skills

Existing cycling computers are inaccurate. With RTK, you can track your route with pinpoint accuracy — no more GPS drifting onto sidewalks or fields. You’ll know exactly how smooth your line through a corner was and compare different laps to see which approach was faster. If you train in a group, you can even measure your drafting distance to stay in the sweet spot.

Alpine Skiing analysis using GNSS

RTK lets you track every run on the slope with high precision. You’ll see exactly how you entered each gate and which line gave you the best time. If you’re setting up training gates, you can place them in the exact same spot each session — no guessing needed.

Precise position and heading for Racing Sailors

RTK gives you precise position and heading data, which is critical on the water where there are no fixed reference points. GNSS/RTK has revolutionized how competitive sailors start races – it can measures distance-to-line and shows speed and course over ground, and make sure your start timing is perfect. After the race, you can replay your track to refine tactics.

GPS Football player trackers

You can use RTK to see your exact racing line on every lap — down to a few centimeters. It shows you where you braked, where you turned in, and where you could carry more speed. If you’re part of a team, you can even compare your laps with others and learn where you’re gaining or losing time.

Running Athlete Monitoring System

With RTK, every step is mapped with centimeter accuracy. You’ll know your true distance, even on winding trails or tracks where normal GPS can be off. You can compare lap-to-lap pace on a track, measure intervals precisely, and see exactly where you sped up or slowed down.

Timing & Race Control System for Kart Racing

RTK shows you exactly how your kart moves around the track. You can compare laps to see which lines are faster and where you’re losing time in corners. It’s a great way to practice consistency and find the perfect braking points.

Plane racing

RTK helps you fly the perfect line through air gates or along a course. You’ll know your altitude and position precisely, which means you can fly closer to the limits while staying safe. After the flight, you can review your exact path and see where you can cut tenths of a second off.

GPS Football player trackers

With RTK, you can keep track of your boat’s path and speed down to the smallest detail. It helps you practice rowing straight and steady, compare different stroke rates, and see which technique actually gives you the fastest time on the water.

Running Athlete Monitoring System

The IMU/GNSS provides decisive information on the car state such as position, speed, yaw rate, slip angle, acceleration and orientation to the competing teams. RTK shows you your exact line around every corner, just like in motorsport but tailored for closed circuits. You’ll know where you braked, where you accelerated, and where you lost grip. It’s like having a racing engineer with you — you can experiment with different lines and instantly see which one was faster.