2025 WORLD CHAMPIONS

Women's Sprint: Hetty Van De Wouw (Netherlands)
Men's Sprint: Harrie Lavreysen (Netherlands)
Women's Keirin: Mina Sato (Japan)
Men's Keirin: Harrie Lavreysen (Netherlands)
Women's 1 km TT: Hetty Van De Wouw (Netherlands)
Men's 1 km Time Trial: Harrie Lavreysen (Netherlands)
Women's Team Sprint: Netherlands
Men's Team Sprint: Netherlands
Women's Team Pursuit: Italy
Men's Team Pursuit: Denmark
Women's Individual Pursuit: Anna Morris (Great Britain)
Men's Individual Pursuit: Josh Charlton (Great Britain)
Women's Scratch: Lorena Wiebes (Netherlands)
Men's Scratch: Moritz Augenstein (Germany)
Women's Points Race: Yareli Acevedo Mendoza (Mexico)
Men's Points Race: Joshua Tarling (Great Britain)
Women's Madison: Great Britain
Men's Madison: Belgium
Women's Omnium: Lorena Wiebes (Netherlands)
Men's Omnium: Albert Torres Barcelo (Spain)

TRACK CYCLING NEWS

LONG READ: WHY WOMEN'S SPRINTING IS PROGRESSING FASTER THAN MEN'S

Women’s track sprinting has quietly become the most competitive, technically advanced and unpredictable area of elite track cycling. The 2026 UEC European Track Cycling Championships merely confirmed what has been building for several seasons: the depth of the women’s sprint field now exceeds the men’s in almost every meaningful way.

This is not about one exceptional rider. It is about a system, a talent pool, and a competitive landscape that now produces genuine uncertainty in sprint, keirin and kilo racing.

EUROS 2026: RICHO BEATS HARRIE FOR SPRINT GOLD

5 February 2026: For years, Harrie Lavreysen has been the immovable object of elite sprinting. Not just the fastest rider on the track, but the most tactically complete: unshakeable under pressure, ruthless in positioning, and almost impossible to out-think across a best-of-three sprint final. That is exactly why the 2026 UEC European Sprint title won by Matthew Richardson in Konya matters so much. This was not an opportunistic win. This was not luck. This was a rider executing a clear tactical plan, heat after heat, against the most dominant sprinter of his generation, and finally making Harrie Lavreysen look human.

NEBULISERS IN ELITE TRACK SPRINTING

5 February 2026: During the 2026 UEC European Track Cycling Championships you may have seen Harrie Lavreysen and Steffie van der Peet of the Netherlands using face masks connected to small hand-held devices that generate a visible mist. These devices are Portable Ultrasonic Nebulizers from Ortorex. They are not oxygen masks and they are not delivering medication in most sporting contexts. Instead, they are used as a respiratory comfort and airway hydration tool between maximal sprint efforts.

LONG READ: INSIDE TRACK CYCLING'S SPRINT PATHWAY BOTTLENECK

This series explores the less visible pressures shaping modern elite track sprinting, beyond medals and results. While leading nations continue to deliver world-class performances, quieter concerns are emerging around pathway depth, transition years, and athlete welfare. In men’s sprinting in particular, the layers below the established elite are not always stepping up to provide sustained internal competition, even as women’s programmes show growing strength in depth. Alongside this sits a renewed focus on duty of care: how federations such as British Cycling support athletes whose careers end early through injury or deselection, and whether life skills and education should be integral to high-performance sprint pathways.

THE SECRET TRACK CYCLIST

NEVER ROOM WITH A SPRINTER

There should be a rule in elite track cycling that nobody ever rooms with a sprinter. Not because they are difficult. Not because they are loud. Not even because they insist on turning the air conditioning down to arctic settings. It is the protein. Sprinters consume protein with a level of commitment usually reserved for religious practice. Shakes, bars, powders, liquids of uncertain origin. Everything comes in tubs the size of small buckets and smells faintly of vanilla, regret, and poor decision-making.

TRACK CYCLING KNOWLEDGE BASE

TRACK CYCLING HOUR RECORD - TACTICS, TRAINING AND PHYSIOLOGY


The Hour Record is far more than a test of raw power. It is a physiological, psychological, and technical challenge that exposes every weakness in a rider’s preparation.

Success requires months of structured training, punctuated by precise track work, altitude planning, mental conditioning, aerodynamic optimisation, and nutritional discipline.

This section examines how riders prepare for the Hour Record across five key domains: training structure, psychology, altitude adaptation, rider position, and nutrition.

PERFECT CHAINLINE - ONE OF THE BIGGEST MARGINAL GAINS


Most riders know that a well-prepared drivetrain is essential for fast, efficient riding. Chains, chainrings, sprockets, and lubrication all matter, but one area consistently overlooked is chainline alignment.

On a track bike, where the drivetrain operates under extremely high load and has no shifting requirements, perfect chainline is one of the most significant marginal gains any rider can make. It delivers more free speed than many premium upgrades that cost far more money.

Industry standard chainline for track cycling is 42 mm. Achieving this measurement, and matching the chainring and sprocket to within 1.0 mm of one another, should be considered essential practice for any rider who wants to maximise performance.

WHY TEAM SPRINT LAP 1 HASN'T IMPROVED SINCE 2008


When Great Britain won gold in the men’s Team Sprint at the 2008 Beijing Olympics with a 43.1 s ride, Jamie Staff’s 17.1-second opening lap set a benchmark that remains astonishing today.

Seventeen years on, at the 2024 Paris Olympics, the Netherlands smashed the overall world record with 40.949s — yet Roy van den Berg’s opening 17.2 s was slower than Staff’s split.

In an era defined by marginal gains, wind-tunnel optimisation, and revolutionary equipment, Lap 1 remains track cycling’s unsolved riddle.

TRACK CYCLING FAQS
GUIDE TO CDA IN TRACK CYCLING


In track cycling, where races are often decided by fractions of a second, aerodynamic efficiency is as important as raw power.

Central to this is Coefficient of Drag Area (CdA)—a measure of how much resistance a rider and their equipment create against the air. A lower CdA means higher speed for the same power, making it a critical focus for riders across all disciplines, from sprint to bunch racing.

This guide explores the key factors that influence CdA in track cycling, including handlebar design, stem selection, wheel choice, and rider position, with reference to professional practice and UCI regulations.

TRACK CYCLING TRAINING FAQS
MASTERS TRACK CYCLING


We have created a coaching guide for the Masters Track Cyclists, which aims to help you train for the event and achieve your at events such as the UCI World Masters Track Cycling Championships.

A number of FREE PDF downloads on the subjects highlighted are available at the bottom of the page

For Masters track cyclists success hinges not just on physical preparation, but also on mental discipline, smart lifestyle management, and sustainable training. Competing as a high-performing athlete while balancing work, family, and the realities of an aging body requires a refined, strategic mindset. Here’s how to build one.

TRACK CYCLING TRAINING FAQS
ELITE PERFORMANCE DURING MENSTRUATION


We have created a coaching guide to assist you in maintaining Elite Performance during your Menstruation Cycle for an Olympic-level track cyclist, integrating physiology, nutrition, supplementation, training adjustments, and mindset strategies.

No athlete is a robot, and even with excellent tracking tools, managing variable, irregular, or overlaping menstrual cycle phases is one of the most complex and personal aspects of performance coaching for female athletes.

The key is to shift from rigid calendar-based models to a flexible, sympton-informed strategy that accounts for bio-individuality

TRACK CYCLING FAQS
CRANKSETS IN TRACK CYCLING


While aerodynamics and rolling resistance dominate performance conversations in track cycling, the crankset remains one of the most critical – yet often underestimated – components in the power delivery chain.

From sprint torque transfer to pursuit pacing precision, crankset design directly impacts drivetrain stiffness, efficiency, rider fit, and ultimately, lap speed.

This section explores the science behind crank arm selection, materials, Q-factor, crank length, and power meter integration – revealing how this “invisible engine room” can unlock measurable performance gains on the boards.

TRACK CYCLING CHAINRINGS AND SPROCKETS


In the relentless pursuit of marginal gains on the velodrome, chainrings and sprockets are often overshadowed by more glamorous components. Yet these humble drivetrain elements play a decisive role in translating raw power into speed with maximum efficiency.

From gear selection and stiffness to interface precision and aero shaping, your choice of chainring and sprocket can significantly influence both performance and reliability — lap after lap.

This section explores the critical engineering behind these components, revealing why the world’s fastest riders treat them as non-negotiable performance tools, not just drivetrain hardware.

TRACK CYCLING APPS

TRACK CYCLING PODCAST

Matthew Richardson Emma Finucane Ellesse Andrews Shane Perkins Jeffery Hoogland Dan Bigham
I Love Track Cycling