Porsche Torque Vectoring Plus (PTV Plus)
PerformanceAverage price
1500€ - 3000€
Porsche Torque Vectoring Plus (PTV Plus) is an active chassis system that takes driving dynamics to the next level. Specifically designed for Porsche models, it enhances cornering agility, traction when exiting bends, and overall vehicle stability. The system relies on two technological pillars: targeted braking interventions on the inside rear wheel and a fully variable, electronically controlled rear differential lock. When turning into a corner, a precise braking pulse on the inside wheel generates an additional yaw moment that helps the car pivot with greater eagerness and precision. This brake-based torque vectoring effectively combats the natural tendency to understeer, making the steering more incisive. During acceleration, the electronic limited-slip differential comes into play. It actively distributes engine torque to the outside rear wheel, which benefits from the best grip. This intelligent management prevents wheel spin on the unloaded inner wheel and ensures maximum propulsion. PTV Plus works in perfect harmony with Porsche Stability Management (PSM), delivering a purer and more high-performance driving experience before stability aids need to step in, for increased driving pleasure and enhanced safety.
Benefits
- ✓Significantly improved cornering agility and precision
- ✓Optimized traction when exiting bends for sharper acceleration
- ✓Superior stability at high speeds and on low-grip surfaces
- ✓Significant reduction in understeer for more neutral handling
- ✓Enhanced driver confidence thanks to more predictable and dynamic behavior
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What is Porsche Torque Vectoring Plus (PTV Plus)?
Porsche Torque Vectoring Plus, better known by the acronym PTV Plus, is a vehicle dynamics management system that embodies the performance-driven pursuit of the Stuttgart-based brand. Far from being a mere electronic gimmick, it is a sophisticated technology designed to actively enhance the agility, steering precision, and traction of Porsche vehicles. It is most commonly paired with the PDK dual-clutch transmission and represents an evolution of the PTV system (which uses a mechanical differential on manual gearboxes).
How does Porsche Torque Vectoring Plus work?
The effectiveness of PTV Plus relies on the intelligent combination of two complementary actions, orchestrated within milliseconds to deliver a seamless yet formidably effective result for the driver.
Brake-based Torque Vectoring: When turning into a corner, the system applies very light and targeted braking pressure to the inside rear wheel. This almost imperceptible action creates a "yaw moment" (a rotational force) that helps the vehicle pivot toward the inside of the curve. The effect is immediate: the car gains agility, the steering feels more direct, and the tendency to understeer (where the front axle "slides" and runs wide) is significantly reduced. The vehicle enters corners with greater eagerness and precision.
Electronically locking rear differential: Additionally, PTV Plus integrates a fully variable, electronically controlled transverse rear differential. Its role is crucial, particularly when exiting a corner. During acceleration, the inside rear wheel is naturally unloaded and could begin to spin, thereby wasting power. The electronic differential detects this situation and can lock (from 0 to 100%) to transfer engine torque to the outside rear wheel, which has more grip. This ensures optimal traction and allows for earlier and harder acceleration out of curves without power loss.
Tangible benefits for the driver
The technical complexity of PTV Plus translates into very concrete and palpable benefits behind the wheel, transforming the driving experience:
Enhanced dynamic behavior: The car is livelier, more responsive to steering inputs, and gives the impression of being lighter and more compact than it actually is.
Surgical precision: The ability to place the car on the ideal line is vastly multiplied, boosting the driver's confidence through sequences of corners.
Unwavering stability: Whether at high speed, on wet roads, or on surfaces with changing grip levels, PTV Plus contributes to superior stability by intelligently distributing torque to keep the vehicle on its intended line.
Synergy with other systems: PTV Plus works in perfect harmony with Porsche Stability Management (PSM). It acts as a first line of dynamics optimization, pushing back the intervention threshold of the PSM. The result is higher-performance and more natural driving, where safety assists only intervene when truly necessary.
PTV Plus: The Porsche DNA
The Porsche Torque Vectoring Plus system is much more than just an option. It is an essential component of the dynamic DNA of modern Presh cars. Offered as an option across many models in the 718, 911, Macan, and Cayenne lineups, it frequently comes standard on the sportiest versions (GTS, Turbo, GT). By using technology to sharpen vehicle behavior without compromising raw feedback, PTV Plus allows the driver to become one with the machine, pushing the limits of performance while enhancing safety and driving pleasure.
Compatible brands
Finitions équipées
18 finition(s) proposent cet équipement
Audi Audi A6
Sport (C8) (2018-2025)
Audi Audi Q6 e-tron
Q6 e-tron (1st generation) (2024-2026)
Audi Audi RS Q3
RS Q3 (1st generation) (2013-2015)
Audi Audi RS3
RS 3 Sportback (2nd generation 8V phase 1) (2015-2017)
Audi Audi RS7
RS 7 Sportback competition (2nd generation C8) (2024-2026)
Audi Audi S1
S1 3-door (1st generation) (2014-2018)
Audi Audi S1
S1 Sportback (1st generation) (2014-2018)
Audi Audi S3
S3 (8V phase 1) (2013-2016)
Audi Audi S3
S3 (8V phase 2 / facelift) (2016-2020)
Audi Audi S3
S3 (8Y) (2020-2024)
Audi Audi SQ7
SQ7 TFSI quattro Tiptronic (French market base catalogue) (2020-2026)
Audi Audi e-tron
Ambition Luxe (1st generation e-tron SUV) (2019-2021)
Audi Audi e-tron GT
e-tron GT quattro (1st generation) (2021-2024)
BMW BMW X3 M
X3 M (Phase 2 LCI F97) (2021-2024)
BMW BMW X6 M
X6 M Pack M Driver (2nd generation F86) (2015-2019)
Porsche Porsche 911
Carrera 4 / 4S (997.2) (2010-2012)
Porsche Porsche Panamera
Panamera 4 / 4S E-Hybrid (3rd generation 972) (2024-2026)
Porsche Porsche Taycan
Taycan Turbo (1st generation) (2020-2024)
Associated equipment
Porsche Active Suspension Management (PASM)
Porsche Active Suspension Management (PASM) is an electronic suspension management system that continuously and actively adjusts the damping force on each wheel. Based on data collected by multiple sensors (speed, acceleration, steering angle, body movements), the PASM central control unit modifies damper firmness within milliseconds. This responsiveness delivers exceptional duality: supreme ride comfort on rough roads and surgical precision during spirited driving. Drivers can typically choose between several modes, such as 'Normal' for daily use, 'SPORT' for dynamic driving, and 'SPORT PLUS' for maximum performance, often on the track. The system also slightly lowers the vehicle's ride height (typically by 10 mm) to improve aerodynamics and lower the center of gravity. PASM is a flagship technology that embodies the Porsche philosophy: creating everyday sports cars capable of adapting instantly to road conditions and driver inputs, thereby ensuring optimal safety and driving pleasure in all circumstances.
Porsche Dynamic Chassis Control (PDCC)
Porsche Dynamic Chassis Control (PDCC) is an active roll stabilization system that represents the pinnacle of chassis technology at Porsche. Designed to transcend the traditional trade-off between comfort and performance, it utilizes active anti-roll bars on both the front and rear axles. These are equipped with actuators that are either electro-hydraulic or electromechanical (in the newer PDCC Sport version operating on a 48V electrical system). By continuously analyzing parameters such as steering angle, lateral acceleration, and speed, a control unit calculates the body lean when cornering. Within milliseconds, the actuators apply a counter-torque to the two halves of the anti-roll bar, neutralizing body roll almost instantaneously. The vehicle remains remarkably flat, even in fast corners, maximizing the tire contact patch with the road for phenomenal grip and agility. In a straight line, the system can decouple the bars to allow for more independent wheel travel, thereby better filtering road imperfections and significantly improving ride comfort—a duality that defines Porsche engineering excellence.
Sport Chrono Package
The Sport Chrono Package is an iconic performance option offered by Porsche, designed to heighten the sporty character of its vehicles. Much more than just an analog and digital stopwatch on the dashboard, this package is a complete ecosystem that transforms the driving experience. It integrates a mode switch on the steering wheel, allowing you to instantly toggle between Normal, SPORT, SPORT PLUS, and Individual settings. The SPORT PLUS mode, at the heart of the package, calibrates the entire vehicle for maximum performance: throttle response becomes sharper, PDK transmission shift maps are optimized for lightning-fast gear changes, and the chassis (in conjunction with PASM) becomes firmer. The package also includes the Launch Control function, which ensures standing starts with formidable efficiency by optimizing traction and engine speed. Another key feature is the SPORT Response button, offering 20 seconds of maximum engine and transmission responsiveness. Finally, it activates dynamic engine mounts that stiffen the powertrain-chassis connection for better stability during spirited driving, while preserving comfort during normal driving. It is the essential option for any Porsche enthusiast seeking thrills and efficiency.
Limited-slip differential
The limited-slip differential (LSD), also known as a self-locking differential, is a crucial mechanical or electromechanical component of a vehicle's drivetrain. Unlike a standard (or "open") differential, which always sends equal torque to both wheels on the same axle, the limited-slip differential is designed to overcome a major limitation: the loss of traction. When one wheel loses grip (on slippery surfaces, in tight corners, or during heavy acceleration), an open differential will send the majority of power to it, causing it to spin while the other wheel, having more grip, receives little to no torque. The limited-slip differential detects this difference in rotational speed between the two wheels and engages to partially "lock" the axle. It thus redirects a portion of the engine torque from the spinning wheel to the one with the most grip. This power redistribution significantly improves traction, stability, and the overall performance of the vehicle, particularly for sports cars, powerful rear-wheel-drive vehicles, and off-road vehicles.
Torque Vectoring
The torque vectoring system, often known by its English name "torque vectoring", is an intelligent transmission system designed to improve a vehicle's driving dynamics, agility, and stability. Unlike a standard differential that distributes torque equally or passively, a torque vectoring system can actively and variably distribute driving force between the wheels of the same axle (left/right) or between the front and rear axles. This technology generally uses electronic clutches or targeted braking systems (brake-based torque vectoring) to modulate the power sent to each wheel. When cornering, for example, the system can send more torque to the outer wheel, which helps the vehicle pivot more efficiently and counter understeer. On low-grip surfaces, it can instantly transfer power from the slipping wheel to the one with the most traction. Initially reserved for sports cars and luxury vehicles, torque vectoring is becoming more mainstream and can be found on many SUVs and high-end sedans, becoming a key component of modern all-wheel-drive systems for increased safety and driving pleasure.