Cycling training doesn’t just fatigue your legs — it can also tire out your brain. Knowing the impact that training has on subsequent mental awareness can help you anticipate the cognitive demands of training and racing.
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Polarized Training For Cyclists: What It Is and How To Try It
In Polarized training, the majority of training stress occurs at low or high intensity, with little to no time spent at moderate intensity. It’s a hot topic in cycling, but it’s also the subject of widespread confusion and uncertainty.
Science of Getting Faster: Ketones and Recovery
Exogenous ketone esters are a hot topic in cycling. In our second conversation with Dr. Chiel Poffe, we learn about his research into using ketone esters to benefit recovery from high-volume training.
Power-to-Weight Ratio for Cyclists: When Watts/kg Matters, and How to Improve It
Power-to-weight ratio is one of the most important metrics in cycling, but it can also be a negative influence driving athletes to obsess over weight. Learn how it can help make you faster if used correctly.
Science of Getting Faster: Bicarbonate and Ketones
If you’ve been paying attention to professional cycling over the last few seasons, you’ve probably heard talk of ketone esters. Can this substance improve performance? And if so, how?
Strength Training and Ultra Endurance Fat Bike Racing With Art O’Connor
After more than 30 years racing bikes, professional strength coach Art O’Connor continues to push himself with new challenges. Learn how he used smart training to conquer a 21- hour race in extreme cold conditions.
Science of Getting Faster: Heat Training and Endurance Performance
Heat adversely affects the body’s ability to do work, but strategic utilization of heat in a training regimen can facilitate performance increases. Dr. Chris Minson, one of the leading experts and researchers on this topic, explains how heat training can improve your performance and offers tips on how to prepare for events in hot conditions.
Structured Training Without A Power Meter
Power is the only truly objective way of assessing performance in cycling, but power meters and smart trainers are a luxury for many athletes. Find out how you can get the benefits of structured training without a power meter, and why this type of training can even benefit riders with access to expensive equipment.
Detraining: What Happens When You Lose Fitness?
Fitness is never stagnant, and if you reduce training stress, you experience detraining. Find out what it is, why it happens, and the rate at which it occurs.
Overtraining: Symptoms, Recovery, and Avoidance of Overtraining
While cyclists need training stress to promote physical adaptations, too much of it can have the opposite effect. A prolonged period of insufficient recovery and excess training stress can lead to non-functional overreaching, and ultimately to overtraining syndrome.