Tadej Pogacar, the four-time Tour de France champion, has called for a radical overhaul of professional cycling’s calendar following another sweltering day at the 2026 race. Speaking after Mathieu van der Poel won the shortened ninth stage from Malemort to Ussel on July 12, Pogacar criticized the scheduling of races during peak summer heatwaves.

What happened?

The ninth stage of the Tour de France was shortened due to extreme temperatures, with riders enduring a ferocious pace across three steep climbs in the final 80 kilometers. Van der Poel claimed victory, while Tom Pidcock finished third despite mechanical issues. Pogacar, competing in the peloton, used the occasion to advocate for systemic changes to protect athlete health.

Why it matters for Tadej Pogacar

"If I had the power, I would change the entire calendar and avoid racing in hot places during July and August," Pogacar stated. The Slovenian rider suggested starting stages as early as 8 AM to mitigate heat exposure, acknowledging the physical toll of waking at 5 AM but emphasizing adaptation. His comments reflect growing concerns among cyclists about racing in extreme conditions.

Reactions from the peloton

Pidcock described his performance as "super-well," noting improved strength compared to previous Tours, though gear failure hindered his finish. Teams employed ice vests, paddling pools, and portable cryotherapy units to aid recovery, with Tiesj Benoot describing a -120°C cryotherapy session as "more intense than an ice bath." The Professional Cyclists Association echoed Pogacar’s calls for updated extreme weather protocols and revised start times.

What comes next?

The CPA has urged stakeholders to discuss calendar reforms before the 2027 season, citing repeated heat-related challenges. Pogacar’s vocal stance aligns with broader athlete advocacy for safer racing conditions, though implementation depends on UCI and organizer cooperation. As the Tour continues under intense heat, riders and teams will closely monitor any procedural adjustments in real time.