Why the Aero Sweet Spot Isn’t a Fixed Position—and How Segment-Based Analysis Can Actually Make You Faster
You hit a low CdA in your aero test—but on your target course, your bike split still falls short of expectations. It’s a classic dilemma: In…
Blog
Power, aerodynamics, pacing & GPX/TCX – short, practical articles for road cycling, TT & triathlon.
Triathlon Aero Position: How Much Does a Lower Position Really Save?
Triathlon Aero Position: How Much Does a Lower Position Really Save? A lower aero position looks like the most obvious path to a faster bike…
Identifying Air Resistance (CdA) on Your Course: How RaceYourTrack Reveals Your Biggest Aero Levers
You’ve dialed in your aero helmet, tight race kit, and aggressive position—yet your bike split on your target Ironman course still falls sho…
Calculate CdA from Power Meter Data: Which Aero Setup Actually Makes You Faster?
After a training ride, the real question often remains unanswered: Was Setup A or Setup B actually faster on my course — or did it just feel…
Pacing Optimization on IRONMAN Courses: How TrackIQ Saves Real Minutes at the Same Effort
Many triathletes face the same raceday question: you know your target watts, your equipment is dialed in, and you know the course — but how …
10 Watts More or 10 lb Less: What Actually Makes You Faster on the Ironman Bike Course?
You are getting ready for your next Ironman and wondering: Should you train harder, lose weight, or focus on improving your aerodynamics? Fo…
Oval Chainrings, Pedal Force Effectiveness and Power Meters: What Really Happens When You Pedal
Oval Chainrings, Pedal Force Effectiveness and Power Meters: What Really Happens When You Pedal Oval chainrings are a good example of why cy…
Clipless Pedals, Cleats and Pedaling Efficiency: Why Pulling Up Is Not the Whole Answer
Do Clipless Pedals Improve Cycling Efficiency? Clipless pedals are often explained with a simple promise: they let you pull up as well as pu…
Why am I not getting faster on the bike? Weight, watts, tires and aerodynamics explained simply
Why am I not getting faster on the bike? Many triathletes know the feeling: You train consistently, ride intervals, watch your numbers — and…
What a Road Bike Corner Can Tell You
What a Road Bike Corner Can Tell You Cornering on a road bike often feels instinctive. At the same time, it is a clearly defined physical st…
Why Time Gain, Aero Power, and Aero Energy Behave Differently for Slower and Faster Riders
Why Time Gain, Aero Power, and Aero Energy Behave Differently for Slower and Faster Riders In discussions about aerodynamics, the same confu…
From TrackIQ pacing to your device: FIT export for Garmin® Edge & ZWO workouts for Zwift®/MyWhoosh® etc.
From TrackIQ pacing to your device: turning strategy into a workout you can actually ride A pacing strategy is only truly useful if you can …
From Watts to Real-World Simulation: How to Define cr & CdA for Your Rider
You’ve got watt losses for your tires or aerodynamics from a test or a manufacturer spec—but how do you turn those numbers into the cr and C…
Cycling Physics: Gravity, Rolling Resistance, and Aerodynamics—Explained with Formulas
Cycling Physics: Why some watts buy more speed than others Whether you ride road, gravel, triathlon, time trial, or commute by bike, three f…
Understanding FTP, CP & W′ — and how TrackIQ builds a faster performance strategy from them
👉 You can find more details about TrackIQ [here](https://raceyourtrack.com/en/post/trackiqpoweroptimization) TrackIQ answers a question that…
Watt ↔ Speed Calculator: How to Identify the Real Levers on Your Course
You’re putting out solid watts in training, but on race day your speed just doesn’t match up. The classic dilemma: Is it your aerodynamics, …
Power Meters in Cycling – why watts make your training truly better
Watts instead of gut feeling – what a power meter really gives you For many riders, a power meter is just another gadget on the bike. One mo…
PowerIQ: How to Build a Realistic Power Profile from GPX Speed Data—No Power Meter Needed
You have a GPX file from a race, a test ride, or a rental bike—but no power meter data. How can you still figure out how much power you actu…
How Air Resistance Affects Cycling: Watts, Drag, and Resistance Split
How does air resistance affect cycling? Air resistance affects cycling by turning speed into a rapidly increasing power cost. On flat roads,…
Aero Sensors in Cycling: Who Really Benefits from Notio, Aerosensor, and Similar Systems?
📡 Aero Sensors in Cycling: Who Really Benefits from Notio, Aerosensor, and Similar Systems? At first glance, aero sensors seem like the perf…
Data Integrity – How We Ensure the Accuracy of Our Simulations
🧠 Precision You Can Trust At RaceYourTrack, one principle stands above all: physical accuracy. Our calculations should not just look realist…
TrackIQ Power Strategy: How Simulation Reveals Where Your Watts Really Make You Faster
Many triathletes face a deceptively simple but crucial question: Should you hold your target watts steady on the bike leg—or vary your effor…
Master Your Race Day with RaceYourTrack
🎯 Preparation Is Everything – Master Your Race Day with RaceYourTrack The big day is coming. Weeks, maybe months of training have led to thi…
New Dashboard
Your New RaceYourTrack Dashboard 🏁 Everything you need – in one place. The new dashboard is your central hub for analysis, planning, and com…
Why do I need a simulation?
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 …