How We Calculate Aerodynamic Drag at RaceYourTrack
🚴♂️ How We Calculate Aerodynamic Drag at RaceYourTrack The Chung Method, developed in the early 2000s by Robert Chung, makes it possible to…
Read moreThree core systems for realistic performance, wind and simulation models.
For realistic training and competition conditions, Weather conditions at every location queried and used for simulation
Our estimate of C dA analyzes driving dataand determines aerodynamic characteristics precisely – without a wind tunnel, without Additional hardware.
Develop your personal digital twin and learn how toreact to wind, course, material or weather. This allows you to optimize performance, strategy and race preparation – data-based and realistic.
Select a route from our database or upload your GPX. Our simulation estimates your target time, shows route profile & key points, and provides you with clear plots plus an interactive map – for a perfect race strategy.
Load your GPX – ideally with performance data – and compare yourself with your digital twin. Identify where you lost time, what made you faster, and which levers can push your next race time.
Analyze your GPX and TCX tracks for road cycling, triathlon, or Ironman®. Discover elevations, key points, and elevation profiles, and optimize your strategy based on terrain, wind, and weather.
Upload your training data after each race and receive a detailed performance analysis. Compare training rides, recognize resistance, aerodynamic potentials, and plan your next bike race or triathlon even more effectively.
Access our continuously growing database of cycling races. Analyze elevation profiles, key segments, and weather conditions to prepare optimally for your triathlon and long-distance races. The database is continuously expanding.
Compare performance data within your team, analyze drafting effects, and plan together the best strategy for your next cycling race.
Compare your GPX and TCX rides from training, bike races, or triathlons directly with each other. Identify progress, performance differences, and aerodynamic potentials and optimize your strategy for the next race.
Optimize your Time Trial performance through targeted adjustments to bike settings, seating position, and aerodynamics, and become faster in every triathlon or cycling race.
🚴♂️ How We Calculate Aerodynamic Drag at RaceYourTrack The Chung Method, developed in the early 2000s by Robert Chung, makes it possible to…
Read more
🧠 Precision You Can Trust At RaceYourTrack, one principle stands above all: physical accuracy. Our calculations should not just look realist…
Read more
⚙️ Smarter Power with TrackIQ TrackIQ is the physics engine behind our simulations – an algorithm that calculates how to distribute your pow…
Read more
🎯 Preparation Is Everything – Master Your Race Day with RaceYourTrack The big day is coming. Weeks, maybe months of training have led to thi…
Read more
Your New RaceYourTrack Dashboard 🏁 Everything you need – in one place. The new dashboard is your central hub for analysis, planning, and com…
Read more
Why do I need a simulation? You train hard – but do you really know how the course will affect your performance? A simulation shows you the …
Read more