Global Cycling Network

The pro peloton isn't fueled by the flashing lights of social media trends. While influencers peddle the latest "superfood" powders, the world's most elite cyclists—including the likes of Tadej Pogačar—rely on a strategy rooted in brutal simplicity and clinical evidence. My experience in the mountains has taught me that nature doesn't care about your marketing; it only cares about your output. For UAE Team Emirates, that output is managed by Gorka Prieto-Bellver, who keeps the strategy lean. The goal is performance, not aesthetic, and the gap between what you see on TikTok and what happens on the bus is a canyon. Carbon fuel and the 120-gram barrier Carbohydrates remain the non-negotiable king of the mountain. We are witnessing a massive shift in how much fuel the human body can actually process. Just six years ago, nutritionists struggled to get riders to stomach 60 to 80 grams of carbs per hour. Today, the best in the world are pushing 120 grams of carbohydrates every sixty minutes. This isn't just about eating more; it's about training the gut to handle a relentless influx of glucose and fructose without shutting down. When you're redlining on a 20% grade, your body is a furnace. Gemma Sampson, an advanced sports dietitian, notes that many amateurs fail because they under-fuel, hitting a wall while pros are just getting started. The delivery method—gels, bars, or isolate drinks—is secondary to the total volume. For the support riders, or domestiques, the load might be slightly lower, but the leaders are constantly topped off to ensure they have the explosive power required for the final kilometers. If you aren't fueling at this level, you're bringing a knife to a gunfight. The tactical edge of sodium bicarbonate and caffeine Beyond the base fuel, the pro toolkit narrows significantly. Sodium Bicarbonate and Caffeine are the primary legal erogenic aids that actually move the needle. Bicarbonate acts as a buffer against the lactic acid that screams in your legs during a time trial or a breakaway. However, it’s a double-edged sword. It can cause significant gastrointestinal distress and unwanted water weight gain. Pro teams now use targeted delivery systems, like mini-tablets or specialized gels, to bypass the stomach and hit the bloodstream where it matters. Caffeine timing is equally calculated. It isn't about a morning latte; it's about a tactical strike. Riders aim for peak blood concentration—roughly 45 to 50 minutes before the most critical effort. For a GC contender, that means dosing late in the stage to ignite the nervous system for the final climb. The dosage is aggressive, typically between three to six milligrams per kilogram of body weight. This level of stimulation demands a counter-strategy for sleep, often involving Melatonin or Magnesium Bisglycinate to ensure the rider doesn't spend the night staring at the ceiling while their competitors are recovering. Creatine finds a home in endurance sports For decades, endurance athletes treated Creatine like a poison, fearing the bulk of a bodybuilder. That era is over. The modern pro uses creatine for its ability to fuel the first 15 seconds of a punchy acceleration. Whether it's a sprinter closing a gap or a climber responding to an attack, the phosphocreatine system provides the immediate energy that prevents a rider from being dropped. The weight gain concern is mitigated through periodization. Nutritionists like Steven McAnulty suggest a low-dose, long-term approach rather than the traditional "loading" phase to minimize water retention. Beyond the muscle, there is emerging evidence that creatine provides a level of neuroprotection against concussions—a grim but necessary reality in a sport where crashes at 60km/h are part of the job description. If you’re a vegetarian or a female athlete, the benefits are even more pronounced, as these groups often have lower baseline levels. The myth of the ketone miracle Despite the hype that has surrounded Ketones in recent years, they remain highly controversial within the elite inner circle. While some teams swear by them for recovery, others, like UAE Team Emirates, have largely abandoned them. The issue is interference. Ketones can compromise how the body utilizes carbohydrates—the very fuel needed to win races. Taking them immediately after a race can block glycogen resynthesis, effectively sabotaging the recovery window. Furthermore, the taste is described as "vile," and the gastrointestinal cost often outweighs any marginal gains. In the high-stakes world of the WorldTour, if the evidence isn't bulletproof, the product gets cut. Recovery starts with red bottles and real food You’ve seen the riders crossing the line and reaching for a small red bottle. That’s Tart Cherry Juice. It’s a concentrated hit of antioxidants designed to blunt the inflammatory response. But it’s only a bridge. The real work of recovery happens on the team bus and at the dinner table through whole foods. High-glycemic carbs and lean proteins are prioritized in the first three hours post-race to replenish depleted stores. Pros don't just look at calories; they look at the metabolic window. If you're racing the next day, you're aggressive with fluids and macros. If it’s a one-day classic like Paris-Roubaix, you can afford to be more relaxed. The mountain demands a debt; these athletes just ensure they pay it back as quickly as possible.

Science of targeted pacing strategies Most riders treat their physical output like an on-off switch, but the trail demands a more nuanced approach. Traditional wisdom suggests smooth, linear effort is the most efficient way to cross the finish line. However, real-world testing proves that Targeted Pacing beats consistent power every time. By dumping massive efforts into steep gradients and backing off during descents, you maximize speed where gravity works against you. In a 28 km test, this aggressive strategy was 3 minutes and 49 seconds faster than a steady-state effort, despite both rides maintaining the same average power. Essential gear for the technical rider To execute this effectively, you need more than just grit. You need data to guide your struggle against the elements. * **Power Meter:** This is your primary metric for ensuring your "bursts" don't lead to a total bonk. * **GPS Head Unit:** Essential for tracking live segments and terrain changes. * **Targeted Software:** Programs like Best Bike Split help calculate exactly where to burn your matches based on wind and elevation. Step-by-step guide to attacking the course 1. **Analyze the terrain:** Identify the steepest climbs. This is where your effort yields the highest speed return. 2. **Attack the gradients:** Ride near your maximum limit for the duration of individual climbs. Force your body to adapt to the intensity. 3. **Recover on the descents:** Don't pedal harder when gravity is already doing the work. Use these sections to flush lactate and lower your heart rate. 4. **Carry cornering momentum:** Enter corners slow and exit fast. Shift gears *before* the turn to ensure you can accelerate immediately on the exit. Tips for technical mastery Drafting remains the ultimate energy saver. Tucking behind another rider can reduce your effort by up to 40% while maintaining the same speed. Use these saved reserves to hammer the next vertical section. If your tech fails, rely on the "dimmer switch" feel—don't just ride hard or easy; find the specific intensity each meter of trail requires. Expected outcomes and benefits Adopting this rugged approach transforms your performance from a slow grind into a tactical assault. You will find that average speed matters more than a pretty power graph. Expect faster personal bests, less overall fatigue on undulating routes, and the mental toughness that comes from knowing exactly when to push your limits.

Ultra-endurance records enter the territory of the superhuman Nature doesn't care about your training plan. When you step into the arena of ultra-endurance, the mountains and the elements demand everything you've got and then some. British rider Alex McCormack recently proved this by obliterating the world record for the furthest distance ridden in a single week. Covering an astounding 3,826 kilometers in just seven days, McCormack surpassed the previous record by a razor-thin margin of 12 kilometers. To put that in perspective, he rode roughly 500 kilometers more than the entire Tour de France distance, but instead of three weeks, he did it in one. The sheer brutality of the logistics is enough to make a seasoned mountain athlete pause. McCormack averaged 18.5 hours a day in the saddle, burning approximately 14,000 calories every 24 hours. The mental toughness required to sustain 546 kilometers per day—capped by a final, desperate push of 727 kilometers—is almost incomprehensible. This isn't just cycling; it's a war of attrition against the body's fundamental need for rest and homeostasis. The dangerous cost of sleep deprivation in the wild There is a point where the pursuit of a record crosses from extreme sport into genuine peril. One of the most harrowing statistics from McCormack’s ride was his final 40-hour push, during which he reportedly slept for only one hour. When you are operating on that level of sleep deprivation, the brain begins to fracture. Decisions become sluggish, and the line between reality and exhaustion-induced haze blurs. McCormack himself admitted that in his usual unsupported bike-packing races, he would have been forced to stop for safety reasons. However, this attempt was supported by a dedicated crew and a medical doctor. This shift toward "professionalized" ultra-endurance—where a team manages the athlete's safety and nutrition—allows riders to push much further than they ever could solo. But it also raises a controversial question: should we be cheering for athletes to bypass their survival instincts? While the achievement is monumental, the risks of hallucination, physical collapse, and long-term neurological strain are real. As boundaries are pushed further, the margin for error disappears entirely. Paul Seixas and the new generation of World Tour dominance While the ultra-distance world tests the limits of time, the UCI World Tour is testing the limits of pure power. Paul Seixas, a 19-year-old Frenchman, is currently sending shockwaves through the peloton. In a recent time trial at the Tour of the Basque Country, Seixas didn't just win; he dismantled a field of elite veterans. He maintained a speed a full 1 km/h faster than his nearest competitor, making riders like Primoz Roglic and Isaac Del Toro look human by comparison. We are witnessing an era where the "next big thing" seems to arrive every six months, but Seixas looks like the genuine article. The gap he created in a short, technical opening stage suggests a level of aerobic efficiency that usually takes a decade to cultivate. The cycling world is already speculating whether he is the only rider capable of eventually challenging the absolute dominance of Tadej Pogacar. For those of us who live for the struggle on the climbs, watching a teenager redefine the ceiling of performance is both terrifying and exhilarating. The controversial evolution of 32-inch wheels and technical gravel In the world of gear, the push for efficiency often leads back to the fundamentals of rolling resistance and stability. The "32-inch wheel debate" is resurfacing, particularly for taller riders who feel the standard 700c wheel is a compromise in geometry and handling. Custom builders like Naked Bikes are producing 32-inch gravel machines that promise better rollover and a more integrated feel for athletes over 6'4". This trend coincides with the evolution of digital training. Even Zwift has introduced technical gravel routes that require actual steering and tactical braking to navigate correctly. This shift mirrors the real-world move toward wider tires and lower pressures. For years, the industry insisted that narrow tires at high PSI were the fastest way forward, but the data has finally caught up to the intuition of rugged trail riders: volume and compliance equal speed. Whether it's a custom titanium frame or a digital simulation, the focus is shifting from "how light can we make it?" to "how much can the rider endure before they break?" Safety concerns in the age of extreme progression The drive to keep viewers engaged is pushing adventure sports toward a dangerous precipice. Parallels are being drawn between the current state of ultra-cycling and the world of freeride mountain biking, specifically events like Red Bull Rampage. To stay relevant, the jumps must get bigger, the lines more vertical, and the risks more extreme. The recent horrific crash of Adolf Silva, which left him paralyzed, serves as a grim reminder that there is a physical limit to what the human frame can withstand. In ultra-endurance, the danger isn't necessarily a 40-foot drop, but rather the failure of the heart or the loss of motor control while descending a mountain pass at 70 km/h after days without sleep. As athletes like Lael Wilcox prepare for round-the-world records, the community is debating where the line should be drawn. We celebrate the grit and the mental toughness required to conquer the wild, but we must also respect the fact that the wild is indifferent to our records. Finding yourself in the struggle is the goal—but you have to survive the struggle to tell the story.

High-Stakes Variable Testing on Flat Terrain Elite performance requires a surgical understanding of how every kilogram impacts the machine. In this tactical evaluation, a rider maintains a fixed power output while introducing a Weighted Vest to isolate the variable of mass on flat ground. While conventional cycling wisdom often focuses on weight relative to gravity during climbs, this test scrutinizes the hidden costs of weight during the phases of movement that define competitive road racing: the start and the recovery from technical turns. The Lethal Cost of Static Inertia The data reveals that mass is not a neutral factor on the flat. The most significant tactical disadvantage occurs during the initial acceleration and the exit from the turn. Newton's second law is unforgiving here; more mass requires more force to change velocity. By holding power constant, the rider suffers a measurable delay in reaching cruising speed. In a peloton, these seconds are the difference between staying in a slipstream and being dropped. If you cannot match the surge of the pack because your mass anchors you to the pavement, your race ends at the first corner. Mechanical Pressure and Physiological Toll Beyond the stopwatch, the Weighted Vest introduces a secondary, often overlooked, performance killer: discomfort. The rider reported a sharp increase in pressure on the sit bones and glutes. This isn't just a comfort issue; it's a mechanical one. Increased pressure alters the rider's interface with the saddle, potentially compromising pedaling efficiency and increasing the metabolic cost of maintaining a stable position. When the body fights the equipment, mental resilience erodes alongside physical power. Future Implications for Equipment Strategy This analysis confirms that weight reduction remains a priority even for flat-course specialists. The penalty for extra mass is paid every time the rhythm of the race breaks. Teams must weigh the aerodynamic benefits of certain components against the sheer mass they add. For the athlete, the takeaway is clear: power-to-weight ratios matter in the sprint and the lead-out just as much as they do on the mountain pass. Efficiency is the only path to victory.

Confronting the Void at the Start Line The air at the starting line of the Atlas Mountain Race carries a weight that most cyclists never have to shoulder. It is a peculiar, suffocating stillness. Standing there, waiting for the clock to release you into the Moroccan wilderness, the bravado of training fades into a raw, primitive fear. This isn't just another ride; it is a confrontation with the unknown. When you look at the terrain ahead, you realize that the distance is only half the battle. The other half is the mental tax of knowing you are truly on your own. Ascending Above the Two-Thousand Meter Mark As the pedals turn and the elevation ticks upward, the lungs begin to scream for oxygen. Reaching altitudes above 2,000 meters changes the mechanics of the struggle. Every breath is a victory. The landscape shifts from merely challenging to outright hostile, demanding a level of functional strength that cannot be built on a stationary bike in a climate-controlled room. It requires a resilient spirit to keep the wheels moving when the atmosphere thins and the path turns into a vertical wall of gravel and dust. The Breaking Point and the Pivot Midway through the most grueling sections, the body attempts to stage a mutiny. You hit a wall where the physical exertion creates a fog, and suddenly, the path feels insurmountable. This is the climax of the experience—the moment where the 'back' of a section is finally broken. It is a violent shift from despair to a grim realization that you are still moving. You learn that the difference between finishing and failing is often just the refusal to stop when the situation feels 'sketchy' or impossible. The Volatility of Performance Consistency is a myth in the high mountains. One day you feel like a conqueror, moving with fluid power; the next, you are humbled by a sudden decline in energy and morale. This volatility is the true teacher of the Atlas Mountain Race. It strips away ego and leaves only the bare necessity of forward progress. Transitioning from peak performance to absolute exhaustion happens in a heartbeat, forcing a cyclist to adapt or be swallowed by the 50% attrition rate that defines this brutal event.

The horizon in the Saudi Arabia desert doesn't offer promises; it only offers heat and resistance. Standing at the edge of a vast, shimmering expanse in AlUla, the air hangs heavy with the scent of dry earth and the silent pressure of the unknown. Looking out over the terrain, the question isn't whether the route is beautiful, but whether the bike can actually bite into the shifting surface beneath the tires. The desert doesn't care about your fitness; it only cares about your resolve. The Friction of Uncertainty Pushing into the first few hundred yards, the reality of Gravel Cycling in a desert environment hits hard. It isn't the clean, packed dirt of a mountain trail. This is a treacherous mix of loose gravel and deep, fine sand that threatens to swallow the front wheel at every rotation. The resistance is physical and immediate. One rider hesitates, the sheer volume of sand feeling like an insurmountable barrier. But in the wild, hesitation is the only true failure. You don't find the limit by looking at it; you find it by crossing it. Momentum Against the Elements Maintaining speed becomes a desperate game of physics. To stop is to sink. The legs burn with a different kind of fire as they fight to keep the momentum high enough to float over the softest patches. There is a raw, gritty determination in forcing the bike forward when the terrain demands you quit. Every pedal stroke is a negotiation with the earth. The sound of tires crunching through the grit becomes a rhythmic pulse, a soundtrack to the internal battle between comfort and the drive to conquer the path. A Milestone in the Dust Reaching the far side of the sandy wash brings a sudden, sharp clarity. There is a profound sense of achievement that only comes from navigating a landscape as unforgiving as the Saudi Arabia desert. Cycling across this terrain isn't just a physical feat; it's a mental breakthrough. The realization that you’ve conquered a piece of the world you once deemed impossible changes your perspective on every future challenge. This wasn't just a ride; it was a testament to what happens when you refuse to let the environment dictate your limits.

The Raw Reality of VO2 Max Transformation Nature doesn't hand out elite performance for free. It’s earned through the grit of repetitive, high-intensity intervals and the mental fortitude to push past the burning in your lungs. When Lorraine embarked on her 12-week journey, she wasn't just aimlessly pedaling; she was targeting VO2 Max, the gold standard of aerobic capacity. This metric represents the maximum amount of oxygen your body can utilize during intense exercise. For an outdoor athlete, this is the size of your engine. A larger engine means you can climb steeper faces, run longer trails, and paddle harder against the current. Starting with a baseline of 35.3, the goal was clear: prove that structured, efficient training could force a biological adaptation in a relatively short window. The Architecture of the 12-Week Grind Efficiency is the name of the game when you're balancing a life outside the saddle. The protocol relied on a two-pronged approach using the Zwift platform. Tuesdays were dedicated to 45 minutes of Zone 2 steady-state riding—building the aerobic base and metabolic efficiency. However, the real work happened on Thursdays. These sessions utilized the **Norwegian 4x4** method: four minutes of max effort followed by four minutes of recovery, repeated four times. This specific interval structure is a blunt instrument designed to shock the cardiovascular system. It forces the heart to pump more blood and the muscles to become more efficient at extracting oxygen. For someone like Lorraine, who lacked a competitive cycling background, this was a baptism by fire in high-intensity training. The Lab Never Lies: Breaking Down the Data After 12 weeks, the return to Bath University provided the cold, hard facts. The results were nothing short of a total system upgrade. Lorraine’s power output at exhaustion jumped from 150 watts to 170 watts—a 13.3% increase in sheer mechanical force. More impressively, her VO2 Max soared to 40.0 ml/kg/min, marking a 13% improvement. Jonathan Robinson, a lead sport scientist, noted a critical shift in her metabolic crossover point. In her first test, she began producing excess waste products (CO2) at just four minutes. In the re-test, she held out for eight minutes. That is a doubling of her high-efficiency window, proving that her body had fundamentally changed how it fuels movement. Psychological Warfare and Skill Acquisition Physical gains are only half the story. The lab results suggest that Lorraine didn't just get stronger; she got tougher. By the end of the 12 weeks, she was tackling intervals at 100% of her target power, a feat she couldn't manage at the start. This speaks to the concept of **central governor theory**, where the brain limits physical output to protect the body. Through consistent exposure to the pain of the 4x4 intervals, she recalibrated her mental threshold. Additionally, 20 hours of pedaling improved her motor patterns, making every stroke more efficient. This combination of raw power and refined technique is what separates a novice from an athlete who can handle the demands of the wild. Beyond the Bike: Longevity and Resilience This isn't just about a leaderboard on a screen. High VO2 Max is one of the strongest predictors of a long health span. As Dan Lloyd argues, raising this ceiling allows you to remain active and capable deep into your later years. It’s about building a body that doesn't just survive but thrives under pressure. By focusing on metabolic health at a cellular level, these sessions build resilience against the wear and tear of life. The mountains don't care about your excuses; they only care if you have the capacity to meet their challenge. Lorraine’s transformation proves that with 90 minutes of focused weekly work, anyone can build a more resilient, high-performance version of themselves. Summary of the Transformation Path The journey from "good" to "excellent" fitness categories requires more than just sweat; it requires a plan. Lorraine’s success stems from the community support found within the Global Cycling Network and the accountability of a structured schedule. The future of her training involves varying the stimulus—moving from 4x4s to 30-second micro-intervals—to keep the adaptation process from stalling. For those looking to push their own boundaries in nature, the blueprint is right here: measure your baseline, embrace the struggle of high-intensity intervals, and let the data guide your progress.