Major update for Ferrari at 2025 Belgian GP

F1 Tech Updates for Belgian GP 2025

Unpack the F1 Belgian Grand Prix upgrades! See how Ferrari, Red Bull, Mercedes, and more are enhancing their cars for peak performance despite the Sprint challenge.

Published on 25 July 2025

The Belgian Grand Prix often serves as a pivotal point in the Formula 1 season for introducing car upgrades, and 2025 is no exception. Despite the condensed practice schedule of a Sprint weekend, eight of the ten teams have arrived at Spa-Francorchamps with new components, eager to enhance performance after the three-week break. Only Haas and Sauber have opted to forgo upgrades for this event. With just one hour of practice on Friday before Sprint qualifying, teams face the immediate challenge of gathering data and understanding the impact of their latest developments.

Ferrari's Focus on Rear Suspension

3 tech upgrades for Ferrari at 2025 Belgian GP

Ferrari is generating significant buzz with its new rear suspension. The team has revised the rear suspension geometry, which has subsequently led to a "re-optimization of wishbone fairings as well as lower and upper winglet cascades." The objective of these changes is to maximize aerodynamic efficiency. Additionally, a lower-downforce rear wing option is available, aiming to improve speed on Spa's high-speed straights.

Red Bull Racing's Comprehensive Enhancements

5 tech upgrades for Red Bull Racing at 2025 Belgian GP

Red Bull Racing has introduced a suite of new components designed to boost overall car performance. A new front wing features updated first and second elements, which the team states will alter pressure distribution and increase overall load. Furthermore, more camber has been added to the rear wheel bodywork lower cascade wing assembly, providing an increase in downforce. To improve cooling for upcoming races, a new sidepod inlet has been developed, necessitating associated changes to the engine cover, front suspension fairings, and rear suspension shrouds.

Mercedes' Subtle Aerodynamic Tweaks

2 tech upgrades for Mercedes at 2025 Belgian GP

Mercedes has brought two smaller, targeted updates to Spa. These include a modification to the second element of its front wing and an amendment to the drum lip on its rear corner. Both adjustments are designed to improve tire wake control, a critical factor in optimizing aerodynamic flow and performance.

Aston Martin's Front-End Overhaul

5 tech upgrades for Aston Martin at 2025 Belgian GP

Aston Martin has implemented another significant upgrade package, concentrating on the front of the car. A new nose and front wing assembly aims to generate improved performance across the car's operating range. The team has also made a balance range tweak to the front wing flap and is providing lower-downforce rear wing and beam wing options to suit the demands of the Spa circuit.

McLaren's Efficient Rear Wing

1 tech upgrade for McLaren at 2025 Belgian GP

McLaren has introduced a low-downforce rear wing, which the team anticipates will improve efficiency across a series of upcoming circuits, suggesting a forward-thinking approach to their development strategy.

Alpine's Track-Specific Adjustments

2 tech upgrades for Alpine at 2025 Belgian GP

Alpine has also made track-specific changes, focusing on its rear wing and beam wing to optimize performance for the unique characteristics of Spa-Francorchamps.

Racing Bulls' Aerodynamic Refinements

3 tech upgrades for Racing Bulls at 2025 Belgian GP

Racing Bulls has brought similar track-specific rear wing and beam wing options. Additionally, the team has introduced a new diffuser and rear brake duct winglets, designed to improve the flow conditioning around the rear of the car and enhance aerodynamic efficiency.

Williams' Significant Floor Update

4 tech upgrades for Williams at 2025 Belgian GP

Williams has introduced a new floor, featuring new floor fences and a revised floor edge. These changes are intended to improve front floor load and enhance potential performance downstream, particularly benefiting the airflow into the diffuser. Associated changes have also been made to the sidepod, improving flow energy to the rear of the car, and the engine cover, which now features a deeper undercut to the bodywork, improving local floor load.

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