Demi Vollering FTP: Inside The Power Numbers Of Cycling’s Reigning Queen

Dutch superstar Demi Vollering continues to set the benchmark for elite women’s professional cycling in 2026. At the heart of her mountain-crushing capabilities is an elite physiological profile, anchored by an astronomical Functional Threshold Power (FTP) that allows her to drop world-class rivals on the steepest alpine climbs.

Decoding the Engine: How Vollering Sustains World-Class Watts

To understand the dominance of Demi Vollering, one must look at the sheer physics of her climbing. Her FTP—the maximum average power a cyclist can sustain for roughly an hour—is estimated to sit comfortably between 5.4 and 5.6 W/kg. On critical climbs during major tours, Vollering routinely produces sustained efforts that stretch the limits of human physiology.

This high ceiling is built on years of progressive aerobic conditioning, high-volume altitude blocks, and meticulous threshold training. By pushing her aerobic capacity (VO2 max) to its upper limits, she can recover from explosive anaerobic surges and return to her high-tempo FTP baseline almost instantly. This physiological resilience is what makes her nearly impossible to drop during back-to-back mountain stages, where fatigue accumulation normally degrades a rider's power output.

Training to Extremes: Replicating Elite Threshold Workouts

For cycling enthusiasts looking to build a "Vollering-esque" engine, understanding FTP development is key. Elite riders do not simply ride at their threshold; they expand it from both below and above. Vollering's training regimen under her coaching staff emphasizes key structural sessions designed to raise metabolic efficiency:

• Over-Under Intervals: Alternating 2 minutes just below FTP (95%) with 1 minute well above FTP (105-110%) to train lactate clearance.
• Sweet Spot Progression: Long, sustained efforts at 88-92% of FTP to build aerobic endurance without excessive systemic fatigue.
• Polarized Training Distribution: Spending up to 80% of training volume in low-intensity zones to build mitochondrial density, saving maximum energy for intense threshold days.

Fueling these massive energy outputs also requires a rigorous nutritional strategy. Maintaining an FTP north of 300 watts requires a constant intake of up to 90-120 grams of carbohydrates per hour during intense sessions to prevent glycogen depletion.

The 2026 Grand Tour Campaign and Aerobic Benchmarks

As the 2026 season progresses, Vollering's sustained power outputs remain the gold standard for the peloton. Wearing the colors of FDJ-Suez, her training blocks have been carefully calibrated to peak for high-altitude mountain passes where absolute power-to-weight ratio dictates the winner.

With rival teams constantly advancing their training science, Vollering’s coaching staff continues to optimize her nutrition and high-torque climbing cadences. The upcoming late-season calendar will once again test whether her sustained FTP can withstand the aggressive, multi-rider tactics of her closest competitors.