True performance happens on the road.

Not in the lab.

Whether it's aerodynamics, VO2max, or breathing: To understand performance outdoors, one must measure the environment. windpuls is the missing link between athlete and environment.

THE LAB PARADOX

Same watts.
Different results.

Artificial intelligence, coaches, and diagnosticians often analyze athletes as if they were training indoors on a trainer or in a completely controlled environment. However, on the road, the same performance does not automatically mean the same result.

Reality is more complex: Wind direction, turbulence, and air density constantly change the conditions. Without direct measurement of these environmental loads, performance data, heart rate, and breathing remain incomplete and often misleading. It acts along the line of travel – and that’s exactly where we make it visible.

"Capturing environmental influences is essential for any performance model."

THE MISSING LINK

The missing link
for true performance.

The windpuls sensor is the missing puzzle piece. It precisely synchronizes what the athlete is doing (physiology) with what the air is doing in real-time (aerodynamics).

Only through this connection can it be measured whether the athlete brings "the best version of themselves" to the starting line – as a system that is not only strong but also stable and adapted to the environment.

Physiologie + Umwelt = Reale Performance auf der Straße

Discipline 1:

Cycling: Aerodynamic Optimization

The sensor captures all variables of driving dynamics and environment to calculate the true aerodynamic drag.

Environmental influences

Effective wind, angle of attack, turbulence, air density, temperature, and humidity. All in real-time.

Driving dynamics

6-axis capture for roll, pitch, yaw, acceleration, tilt, and road gradient.

Aerodynamic efficiency

The combination of environment and movement provides the cleaned, normalized aerodynamic drag.

Discipline 2:

Ski jumping: Analysis of flight phases

Successfully tested as part of the Women Ski Jumping World Cup (Ramsau am Dachstein).

Absolute & Relative Wind Speed

The sensor mounted on the athletes' helmets measures the "perceived wind". It captures fluctuations in the time to take-off as well as various take-off speeds.

Capture of flight kinematics

Acceleration and rotation rates around the transverse axis are recorded via sensors. This allows the jump to be precisely segmented into its individual components and flight phases.

Interference-free design

Feedback from the jumpers: Neither aerodynamic disturbances nor additional weight were perceived. A perfect starting point for fully helmet-integrated solutions in professional sports.

COMPREHENSIVE ANALYSIS

More than just aerodynamics.

Windpuls technology (sensor + analytics) is the enabler for coaches, athletes, and equipment testing in every field.

Aero validation on the course

Positionsoptimierung im Windkanal war gestern. Ermitteln Sie Ihren wahren CdA-Wert und vergleichen Sie Setups fair – unter den Windbedingungen, die Sie auf der Strecke tatsächlich erleben.

Race strategy & power distribution

Energy management requires more than just watts. Integrate headwinds, crosswinds, and turbulence into your live strategy to save grains for the crucial moments.

Physiological Analysis

Assess breathing and VO2max values under real-world loads. The headwind and environmental factors provide the crucial context for spirometric evaluations.

INTEREST?

Measure what really matters.

We offer free advice — whether you're a pro team, triathlete, coach, or diagnostician. Turn real performance on the road to your advantage.

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