FreeLap Timing Blog

Choosing the best timing system for 100m and 200m athletes requires understanding splits, accuracy, and repeatability in real track environments.

Comparison of VALD SmartSpeed and Freelap timing systems for track sprint testing including accuracy, workflow, and sport use cases.

Why do different sprint timing systems give different results? Beam height, trigger mechanisms, and setup consistency explained for track coaches.

Comparing Brower Timing and Freelap for track sprint testing. Accuracy, setup, workflow, and what actually matters for coaches.

In soccer, what wins duels isn’t top speed — it’s the first 5–20 metres. Testing acceleration is more valuable than measuring max velocity, but stopwatches, lasers, and GPS all fall short. Coaches need a system that’s consistent, repeatable, and practical for the training ground.

That’s why more and more soccer programs use Freelap — a portable timing system that delivers accurate 5m, 10m, and 20m splits players can trust.

Lasers are finicky. Photo-finish is overkill. For coaches who need accurate, consistent ski training data — Freelap is the timing tool that just works.

Forget stopwatch guesswork. If you want real 40-yard dash data you can trust, here’s what actually works — and why Freelap is the tool more coaches rely on.

The flying 30m sprint is the best way to test an athlete’s top speed — but only if the timing’s legit. Here’s how to do it right, and why Freelap is the go-to solution for coaches who need consistent, reliable data.

If you want to know how well an athlete accelerates, look at the first 10 metres. That’s where you see who can explode out of the blocks, who has a strong first step, and who needs work.