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Red Bull's 'Magical Work' in Milton Keynes Unlocks Mexico City Advantage for Verstappen

Red Bull's 'Magical Work' in Milton Keynes Unlocks Mexico City Advantage for Verstappen

Summary
Red Bull's chief engineer, Paul Monaghan, lauded the 'magical work' at Milton Keynes for the RB21's radical cooling upgrades at the high-altitude Mexico City Grand Prix. These bespoke modifications, including unique louvre designs, are crucial for mitigating the challenges of thin air, aiming to give Max Verstappen a competitive edge against McLaren in his championship quest, despite significant resources being allocated to 2026 developments.

Red Bull's chief engineer, Paul Monaghan, praised the "magical work in Milton Keynes" for the radical car modifications introduced at the Mexico City Grand Prix. These changes, particularly a new cooling package, are designed to tackle the unique challenges of the Autódromo Hermanos Rodríguez, the highest point on the F1 calendar.

Why it matters:

The high altitude in Mexico City – 2,238 meters above sea level – results in 20% less oxygen, severely impacting engine and brake cooling. Red Bull's innovative response is crucial for maintaining performance and reliability, potentially giving Max Verstappen a critical edge against rivals like McLaren in his pursuit of a fifth consecutive F1 drivers' championship.

The Details:

  • Cooling Challenge: Mexico City presents the most significant cooling challenge due to thin air, which limits the effectiveness of radiators and brakes, despite the turbocharged engine's ability to compensate for altitude.
    • Monaghan noted that while Singapore and Hungary are tough temperature-wise, Mexico's unique blend of high air speed and low air density makes it exceptionally difficult.
  • Unique Design Choice: Red Bull has deviated from common practice with its cooling louvers on the RB21's engine cover.
    • Instead of exiting cooling air primarily through wishbones like some competitors (e.g., McLaren), Red Bull opts for a combination of louvers and a central exit.
    • This choice is driven by their top body shape and how they distribute airflow to the rear wing, aiming to optimize cooling efficiency.
  • Comprehensive Upgrades: The cooling package is part of a broader suite of changes for the Mexico race, including modifications to the floor, front braking, and edge wing.
  • Resource Allocation: Despite the vast majority of F1 team resources being allocated to the 2026 regulatory changes, Red Bull invested in these current-season upgrades.
    • Monaghan emphasized that these efforts are "all worth it" if they contribute to Max Verstappen's championship bid.
    • The cooling exit redistribution was identified during a late iteration of top body work and swiftly implemented by the team in Milton Keynes.

The Big Picture:

Red Bull's commitment to pushing the boundaries of current regulations, even while significant resources shift to 2026, underscores their relentless pursuit of on-track dominance. This proactive approach to a unique race weekend like Mexico City highlights their engineering prowess and strategic focus on maximizing every performance advantage available to Verstappen.

What's Next:

If Red Bull's 'magical work' translates into a significant performance advantage in Mexico, it could further solidify Verstappen's championship lead and demonstrate the team's ability to innovate under pressure. The effectiveness of these radical cooling solutions will be a key storyline to watch as the race weekend unfolds.

Original Article :https://racingnews365.com/red-bull-magical-work-to-help-max-verstappen-cast-spel...

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