LiDAR Sprint Profiling

Every sprint.
Measured.

Two sensors beside the track give you a complete velocity curve, split times, and acceleration profile — automatically. No line of sight required.

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Velocity over time
10.8 m/s
Peak Velocity
10 8 6 4 2
Start Time → 10 s
The Problem

Coaches deserve
better data.

01
Radar guns give you one number.

A peak speed reading tells you where the athlete ended up — not how they got there. You can't see the acceleration curve, identify where speed drops, or compare velocity shapes across sessions.

02
Video analysis takes hours.

Frame-by-frame review is slow, subjective, and hard to quantify. Converting footage into usable velocity data requires software expertise and time you don't have at the track.

03
GPS isn't precise enough.

Consumer GPS samples at 1–10 Hz and carries 1–3 metre positional error. That's not good enough to resolve the split-second mechanics that determine race outcomes.

The Solution

Two sensors.
One curve.
Complete picture.

Way Speed uses two LiDAR sensors placed beside the track to continuously track an athlete's position through every metre of a sprint. No manual setup per rep. No line-of-sight restriction. No laptops needed mid-session.

Place the sensors once, press record, and let your athletes run. Way Speed handles the rest — outputting a full velocity curve, split times, and acceleration profile the moment each run is done.

Automatic Tracking Sensors update position continuously — no manual rep-by-rep triggering or stopwatch needed.
Results in Seconds Full velocity curve ready before the next rep begins. Review it while your athlete recovers.
Any Conditions Works at dawn, dusk, or indoors. LiDAR is unaffected by glare, shadows, or low light.
What You Get

Every output
you need.

Velocity Curve

A complete velocity-over-time graph for every rep. See exactly how speed builds, where it peaks, and how it holds or falls through the final metres.

Split Times

Automatic splits at 10 m, 20 m, 30 m, and custom intervals — without timing gates, manual triggers, or any extra hardware.

Acceleration Profile

Rate of velocity change mapped across every metre of the run. Pinpoint exactly where an athlete gains speed efficiently and where they leave performance on the track.

Bearing Angle

Continuous directional tracking through each phase of the sprint — useful for curve running, deceleration mechanics, and identifying lateral drift under fatigue.

How It Works

Three steps.
Full data.

01
Place sensors trackside

Position the two LiDAR sensors at the side of the track. No cabling between sensors, no timing gates, no reflective vests. Setup takes minutes — once per session.

02
Athlete runs

The sensors track position continuously through the entire sprint — any number of reps, any lane, any direction. No manual trigger required between efforts.

03
Data is ready

Full velocity curve, split times, and acceleration profile appear automatically the moment the run ends. Review, compare, and coach before the next rep begins.

< 0.1 m/s
Velocity accuracy across all measured points — at every phase of the sprint, not just the peak
10 s
From run completion to full velocity curve — ready before the next rep begins
60 m
Full sprint coverage in a single run — no repositioning sensors between efforts
Any
light
LiDAR is unaffected by glare, shadows, or darkness — works at dawn, dusk, and indoors
Early Access

Be first
to know.

Way Speed is in final development. Join the waitlist and we'll reach out when early access opens — no spam, just the one email that matters.

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