Race Mode
TechnologieAverage price
1500€ - 5000€
Race Mode, also known as Track Mode depending on the manufacturer, is the most extreme setting available on the drive mode selectors of sports and high-performance cars. Designed specifically for closed-circuit use, this mode unleashes the vehicle's full potential by aggressively adjusting several key parameters. It modifies the throttle response for instant reaction, the transmission for ultra-fast gear shifts at higher revs, and stiffens the suspension to the maximum to limit body roll and improve cornering precision. Additionally, the steering becomes more direct and heavier, offering optimal feedback. The Electronic Stability Program (ESP) is often reconfigured to be much more permissive, allowing a certain degree of drift before intervening, or even turning off completely. The sport exhaust is also activated for maximum sound, contributing to the driver's immersion. This mode radically transforms the car's character, making it sharper, more precise, and more communicative, but also more demanding to drive. Its use is strongly discouraged on public roads due to the stiffness of the suspension and the heightened responsiveness of the vehicle.
Benefits
- ✓Maximum engine and transmission performance
- ✓Driving precision and handling optimized for the track
- ✓Immersive driving experience with an unleashed exhaust note
- ✓Driving aid settings tailored for track driving
Learn more
What is Race Mode?
Race Mode is an advanced technological feature found on many modern sports cars. Accessible via a drive mode selector, it represents the most radical and high-performing setting offered by the manufacturer. Its purpose is simple: to configure the vehicle to deliver the best possible performance on a race track. By activating this mode, the driver transforms their road car into a track-honed machine, where every component is optimized for speed, precision, and efficiency. Unlike Comfort, Eco, or even Sport modes, Race Mode makes no compromises on comfort or fuel economy, prioritizing raw performance and the driving experience above all else.
What does Race Mode actually change?
Activating Race Mode triggers a series of profound and simultaneous modifications to the vehicle's vital systems. Every parameter is adjusted to achieve maximum performance:
- Engine: Engine mapping is tuned for the sharpest possible response. The accelerator pedal becomes extremely sensitive, offering a direct connection to the engine's power.
- Transmission: Automatic or dual-clutch gearboxes shift much more aggressively and quickly, often with a noticeable shift shock to minimize interruption in power delivery. They hold higher revs to keep the engine in its optimal power band.
- Suspension: If equipped with electronically controlled or adaptive suspension, it firms up to its maximum setting. This drastically reduces body roll in corners and pitch under braking, improving stability and line precision at the expense of ride comfort.
- Steering: Steering assistance is reduced to provide a heavier, more direct, and communicative feel, allowing the driver to better sense the front axle's reactions.
- Exhaust: The active valves of the sport exhaust open fully to unleash the engine's sound, enhancing the sensory experience and providing auditory cues regarding engine speed.
- Driving Aids: This is one of the most critical changes. The intervention threshold for traction control (ASR) and stability control (ESP) is pushed back. The system allows more wheel slip and a greater yaw angle before intervening, giving the driver more freedom. On certain models, it can be completely deactivated.
Sport Mode vs. Race Mode: What's the difference?
Although similar, Sport and Race modes have distinct purposes. Sport Mode is designed for dynamic driving on open roads. It sharpens the car's responses, making it more agile and fun while retaining active driving aids to ensure safety in normal traffic conditions. Race Mode goes much further. It is exclusively engineered for the track, where conditions are controlled. The settings are so extreme (very stiff suspension, reduced assists) that they can make the car uncomfortable, twitchy, and potentially hazardous on degraded public roads or in low-grip conditions.
Is it an essential option?
Race Mode is generally included in performance packages (such as the Mercedes AMG Dynamic Plus package or the Porsche Sport Chrono package) or comes standard on the most radical models (BMW M, Audi RS, etc.). Its cost, often bundled into a package worth several thousand euros, is fully justified for enthusiasts who plan to regularly participate in track days. For them, it is the perfect tool to exploit 100% of their vehicle's capabilities safely on a circuit. For a driver who will only use their car on public roads, Sport Mode is more than sufficient, and Race Mode will remain a niche feature, rarely if ever used.
Finitions équipées
31 finition(s) proposent cet équipement
Alfa Romeo Alfa Romeo 4C
4C Sport Pack (1st generation) (2014-2019)
Alfa Romeo Alfa Romeo Giulia
Veloce (Phase 2) (2023-2026)
Alfa Romeo Alfa Romeo Stelvio
Quadrifoglio (1st generation - phase 1) (2017-2020)
Alfa Romeo Alfa Romeo Stelvio
Veloce (1st generation - facelifted phase 2) (2020-2026)
BMW BMW Serie-8 Gran Coupe
M8 Competition Gran Coupé (1st generation F93 pre-LCI) (2020-2022)
BMW BMW Série 4
M4 Competition / M4 CSL (2nd generation G82/G83) (2021-2026)
BMW BMW X4
X4 M Competition (2nd generation F98) (2019-2026)
BMW BMW X5
X5 M Competition (F85 / F95) (2015-2026)
BMW BMW X6
X6 M Competition (3rd generation G06) (2020-2026)
Cupra Cupra Ateca
Cupra Ateca (latest France configuration) (2024-2026)
Dodge Dodge Challenger
R/T Scat Pack (3rd generation, phase 2) (2015-2023)
Dodge Dodge Charger
Daytona Scat Pack (8th generation) (2024-2026)
Dodge Dodge Charger
R/T Scat Pack (7th generation LD) (2015-2023)
Dodge Dodge Charger
SRT Hellcat Widebody (7th generation LD) (2019-2023)
Ford Ford Bronco
Raptor (6th generation - import) (2022-2026)
Ford Ford Focus
RS (Mk3) (2016-2018)
Ford Ford Focus
ST (Mk3) (2012-2018)
Ford Ford Mustang
Boss 302 (5th generation S197) (2012-2013)
Ford Ford Puma
ST Powershift / ST performance pack (1st generation) (2021-2026)
Jeep Jeep Wrangler
Rubicon (JL) (2018-2026)
Associated equipment
Launch Control
Launch control is a sophisticated electronic system that optimizes a vehicle's acceleration from a standstill. Directly inspired by motorsport, notably Formula 1 and rallying, its goal is to achieve the fastest possible launch by minimizing wheel spin and maximizing traction. To do this, the system simultaneously manages several key parameters: it keeps the engine at a pre-set RPM where torque and power are optimal, pre-engages the transmission (typically a dual-clutch gearbox), and adjusts traction control in real time. When the driver releases the brake pedal, the on-board computer precisely modulates clutch engagement and the power sent to the wheels to ensure perfect grip. This process ensures an ideal transfer of force from the engine to the road, preventing both engine lag and excessive wheel slip. Once the exclusive domain of supercars, launch control is now found on many sports cars, high-performance sedans, and even electric vehicles, where it is essential for harnessing the massive, instant torque of their powertrains.
Paddle shifters
Paddle shifters are gear shift controls located on either side of the steering wheel. Directly inspired by the world of motorsport, particularly Formula 1, they allow the driver to upshift (+) or downshift (-) on an automatic or automated manual gearbox without having to let go of the steering wheel or use a traditional gear lever. The right-hand paddle is generally dedicated to upshifting, while the left-hand one is used to downshift. This system offers a manual, sequential alternative to fully automated transmission management. By providing direct and instant control, the paddles transform the driving experience, making it more immersive, sportier, and more precise. They are particularly appreciated on winding roads or during dynamic driving phases, as they make it possible to maintain the optimal engine speed and use engine braking effectively, while retaining maximum concentration and control of the vehicle.
Sport Mode
Sport Mode is an increasingly common feature on modern vehicles, accessible via a drive mode selector. Its activation modifies several key vehicle parameters to deliver a more dynamic and responsive driving experience. Unlike Eco or Comfort modes, which prioritize fuel economy and smoothness, Sport Mode is entirely focused on performance and driving thrills. It primarily acts on throttle response, which becomes more instant, and automatic transmission management, which holds gears longer to stay in the optimal rpm range. Power steering is often firmed up to provide better feedback and greater precision. On equipped models, adaptive suspension stiffens to limit body roll in corners, while the exhaust system may release a huskier, more sportive sound. Some vehicles even modify the instrument cluster display, highlighting the tachometer and other performance-related information. It is a true technological Swiss Army knife that transforms a car's character at the push of a button.
Sport Exhaust
A sport exhaust is an aftermarket exhaust system that replaces the original equipment manufacturer (OEM) part to optimize a vehicle's performance, exhaust note, and aesthetics. Its design primarily aims to reduce backpressure, a phenomenon that slows down gas evacuation and limits engine efficiency. By using larger diameter piping and more direct-flow mufflers, it allows the engine to 'breathe' more freely. This gain in efficiency translates to a noticeable increase in horsepower and torque. Crafted from high-grade materials such as stainless steel (304L/316L) or titanium, these systems are not only lighter than stock mild steel setups, but also much more corrosion-resistant. Beyond performance, a sport exhaust transforms the driving experience with a richer, deeper, and more aggressive sound. The most sophisticated versions feature controlled valves, allowing the sound level to be modulated on demand, switching from a discreet city mode to a race track sound. It is a popular modification among enthusiasts to personalize their car and unleash its true character.
Active Suspension
Active suspension, also known as adaptive damping or adaptive suspension, is an advanced chassis system that continuously and in real time adjusts the firmness of each wheel's shock absorbers. Unlike a traditional passive suspension with fixed characteristics, active suspension uses a network of sensors (accelerometers, wheel speed sensors, steering angle) to constantly analyze road conditions, driving style, and vehicle movements (roll, pitch, heave). This information is processed by an electronic control unit (ECU) that sends commands within milliseconds to specific shock absorbers equipped with electromagnetic valves or filled with magnetorheological fluid. The system can thus vary the damping force to prioritize either comfort, by softening the suspension on rough roads, or sportiness, by firming it up to limit body roll in corners or during hard braking. This technology offers exceptional versatility, resolving the historical trade-off between ride comfort and road holding.