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Road cycling is a fascinating sport that combines endurance, adventure, and freedom. For many enthusiasts, it becomes a lifestyle, but the obsession with accumulating hours and watts can lead them to overlook key health and performance factors. Several studies suggest that most cyclists pay little attention to aspects such as oral health or bone density, and that more than half experience lower back discomfort at some point. This article reviews the main weak points of the average cyclist and offers concrete strategies to compensate for them without giving up athletic progress.

For years sports nutrition guidelines recommended ingesting 30–60 g of carbohydrates (CHO) per hour during endurance events, raising the figure to around 90 g/h when glucose and fructose mixes were used. However, recent studies in elite mountain runners show that increasing intake up to 120 g/h clearly reduces internal training load and markers of muscle damage, in this article we review the current literature about this.

Power (watts) is key for measuring cycling performance and varies according to the rider’s category and level. We analyze the typical power values across different groups—from recreational cyclists to professionals—and the differences between men and women, to better understand how these parameters influence performance planning and assessment.

The recent success of our cyclist Josep Maria Gomez with a win in the Titan Desert Arabia, of the overall classification in the M50 category and three stages, was the result of his perseverance and dedication to training, along with a meticulous focus on four fundamental pillars: intensive use of the mountain bike (he is primarily a road cyclist), heat and hypoxia training, high training volumes on weekends, and a tapering plan tailored to the competition. Below, we analyze each aspect in detail.

Inspiratory muscle training (IMT) is an increasingly used tool in endurance sports like cycling to enhance performance and the ability to sustain prolonged effort. This type of training focuses on strengthening the muscles responsible for breathing, primarily the diaphragm and intercostal muscles, allowing athletes to breathe more efficiently during exercise.

Discover how sleep and athletic performance are closely related. This article explores the benefits of quality sleep for improving your cycling performance and maintaining optimal health. Learn practical tips to improve your sleep and maximize your potential on the bike.