Porsche technology explained
From PDK to PASM, discover the technologies that make Porsche cars performance icons
Porsche Cayenne Turbo Electric with wireless charging mat
Discover the technology behind every Porsche model, from innovations that help extract every ounce of performance, to the tech that shapes how your Porsche looks
Fast facts: Porsche technologies overview Key Porsche technologies include Porsche Doppelkupplung (PDK), Porsche Ceramic Composite Brakes (PCCB), Porsche Active Suspension Management (PASM), torque vectoring and T-Hybrid technologyPorsche electric technology includes fully-electric models such as the Taycan and Macan Electric, as well as hybrid systems developed for road and race carsMany Porsche innovations are shaped by motorsport, then further developed for road carsPersonalisation technologies such as Paint to Sample and Sonderwunsch allow customers to create highly individual Porsche carsFrom dual-clutch transmissions and ceramic brakes to electric powertrains, active suspension to motorsport engineering, technology has always played a key role in Porsche performance.Some Porsche technologies help a car accelerate, brake or corner with greater precision. Others improve comfort, connectivity, efficiency or personalisation. Together, they help shape the driving experience that makes a Porsche feel like a Porsche.This guide brings together key Porsche technologies with links to articles that explain how they work in more detail.
Interior Porsche 911 Dakar showing PDK gearbox selector
Porsche has been defined by technologies that make the driving experience more rewarding Photo: Porsche
Porsche performance technologyPerformance is about more than power. Porsche technologies are designed to help a car accelerate, shift, brake, corner and steer with precision.Porsche Doppelkupplung (PDK)PDK is the Porsche dual-clutch transmission. It’s designed to combine fast gear changes with the option of manual or automatic shifting.Explore:What is PDK?Porsche Ceramic Composite Brakes (PCCB)PCCB is the Porsche ceramic composite braking system. It’s designed to deliver powerful, consistent braking performance, particularly in demanding road and track conditions.Explore:What are Porsche Ceramic Composite Brakes and how do they work?Porsche Active Suspension Management (PASM)PASM is the Porsche electronic active damping system. It continuously adjusts the damping force to suit the road, driving conditions and selected driving mode.Explore:What is PASM?Porsche torque vectoringTorque vectoring helps improve agility and stability by adjusting how power is distributed between driven wheels during cornering.Explore:What is torque vectoring?Porsche T-Hybrid technologyT-Hybrid technology brings hybrid power to selected 911 models to support performance, responsiveness and efficiency.Explore:What is Porsche T-Hybrid technology?
Porsche Cayenne Electric charging at modern house
In recent years, Porsche has become synonymous with high-performance electric cars that offer everyday usability and a thrilling drive Photo: Porsche
Porsche electric technologyElectric technology is now a major part of the Porsche range, from the Taycan to the Macan and Cayenne Electric. These technologies help deliver electric performance with everyday usability.Electric Porsche modelsThe Taycan, Macan Electric and Cayenne Electric show how Porsche applies electric technology across different model types.Explore:Tech jobs at Porsche: the Cayenne Electric engineerYouTube tech expert Andres Vidoza reviews the Porsche Macan ElectricTalking Porsche Insights: behind the scenes with the team behind the Porsche MacanSpot On: what are the different Porsche Taycan driving modes?The ground-breaking Porsche Taycan Turbo GTBehind the design of the new Porsche Cayenne ElectricHow long does it take to charge a Porsche Taycan?Porsche electric historyElectric mobility has been part of the Porsche story since the very beginning.Explore:Gamechanger: when was the first electric Porsche car made?
Overhead view of Porsche 911 Targa on coastal road
From the 911 Targa (pictured) to the GT3 and the unique rear-engine layout of the 911, discover the innovations that have defined the design of Porsche Photo: Porsche
Porsche engineering and designSome Porsche technologies are rooted in engineering decisions that have shaped the brand for decades, like the rear-engine layout of the 911, the Targa roof and its transaxle models.Rear-engine 911The rear-engine layout is one of the defining characteristics of the Porsche 911.Explore:Why is the Porsche 911 engine in the rear?Porsche TargaThe Targa is one of Porsche’s most distinctive body styles, combining elements of a coupé and cabriolet.Explore:60 years of the Porsche 911 TargaPorsche 911 GT3The innovations and technology that helped the Porsche 911 GT3 become a performance icon... with that unmistakable rear wing and racing-inspired styling.Explore:The history of the Porsche 911 GT3Gamechanger: the first Porsche 911 GT3Porsche hypercarsThe Porsche cars that used ingenious engineering to unleash stratospheric levels of performance.Explore:25 years of the Porsche Carrera GTThe legend of the Porsche 959Discover the Porsche 918 SpyderThe Porsche 911 GT1 StrassenversionThe story of Porsche hypercarsPorsche transaxle engineeringThe Porsche transaxle models used a front-engine, rear-transmission layout to create a distinctive balance and driving character.Explore:The Porsche transaxle era: the 924, 928, 944 and 968A guide to the Porsche 968 Club SportAerodynamics and lightweight engineeringPorsche has used various technologies over the years to improve performance on the road and track.Explore:What is the Porsche 911 ducktail?The greatest Porsche spoilers and rear wings
Woman using Porsche infotainment display with Apple CarPlay
Apple CarPlay (pictured) and Android Auto allow you to access some of the apps on your phone on the display of your Porsche Photo: Porsche
Porsche digital technologyPorsche technology isn’t just mechanical. Digital systems help with connectivity, navigation, infotainment and route planning.Apple CarPlayApple CarPlay allows drivers to access compatible iPhone apps through the Porsche infotainment system.Explore:Can you get Apple CarPlay in a Porsche?Android AutoAndroid Auto allows compatible Android smartphone functions to be used through the Porsche infotainment display.Explore:What is Android Auto and can you get it in a Porsche?ROADS by PorscheROADS by Porsche is a digital route-planning app created for people who love driving.Explore:Planning a road trip: what is ROADS by Porsche?
Overhead view of the Porsche 911 GT3 with Touring Package “Tree of Life”
The paintwork and application of the Tree of Life design on the 911 GT3 with Touring Package took up to 400 hours as part of its development by the Sonderwunsch programme Photo: Porsche
Porsche personalisation technologyTechnology and craftsmanship also helps customers create highly individual Porsche cars, from colour choice to bespoke Sonderwunsch projects.Porsche Paint to SamplePaint to Sample gives customers access to a wide range of Porsche colours beyond the standard paint palette.Explore:Paint your Porsche any colour you want with Paint to SamplePorsche SonderwunschSonderwunsch allows customers to create highly personalised Porsche cars through Porsche Exclusive Manufaktur and Porsche Classic.Explore:Individualisation at Porsche – how unique custom cars are created with SonderwunschCreating custom Porsche cars with the Sonderwunsch programmePorsche Heritage Design and historical materialsPorsche also uses design, materials and craftsmanship to connect modern cars with the brand’s history.Explore:What are Historical Fabrics by Porsche?What is Porsche Heritage Design?
Side view of the Porsche 956 that won the 24 Hours of Le Mans in 1985
The Porsche 956 race car that won the 24 Hours of Le Mans in 1985 Photo: Porsche
Porsche motorsport technologyMotorsport has always influenced Porsche engineering. Many ideas are tested in racing before shaping future road-car development.The six greatest road-going Porsche race carsPorsche 963The Porsche 963 is a hybrid endurance racing prototype developed for top-level international motorsport.Explore:What is the Porsche 963 race car?Porsche 956The Porsche 956 became one of the most successful endurance racing cars of all time, helped by engineering innovation that was way ahead of its time.Explore:How the Porsche 956 became an endurance racing legendPorsche 917 and 911 RSRPorsche racing cars such as the 917 and 911 RSR helped define the brand’s motorsport reputation and influenced generations of performance engineering.Explore:Is the Porsche 917 the greatest racing car of all time?12 things you need to know about Porsche RSRFormula E and hybrid racingPorsche Motorsport’s involvement in electric and hybrid racing demonstrates how motorsport continues to explore future performance technology.Explore:What is Formula E and how fast are the cars?Watch the Porsche 919 Hybrid Evo break the Nürburgring lap recordContinue exploring PorscheTo learn more about the different Porsche models and how much they cost, explore these related guides:Every Porsche model explained How much does a Porsche cost?
Consumption and emission information Cayenne Electric (WLTP): Electric energy consumption combined: 21.8 – 19.7 kWh/100 km; CO₂ emissions combined: 0 g/km. Cayenne S Electric (WLTP): Electric energy consumption combined: 21.6 – 19.4 kWh/100 km (preliminary value); CO₂ emissions combined: 0 g/km (preliminary value). Cayenne Turbo Electric (WLTP): Electric energy consumption combined: 22.3 – 20.3 kWh/100 km; CO₂ emissions combined: 0 g/km. 911 GT3 with Touring Package (WLTP): Fuel consumption combined: 13.8 – 13.7 l/100 km; CO₂ emissions combined: 312 – 310 g/km. 911 Targa 4 GTS (WLTP): Fuel consumption combined: 10.8 – 10.5 l/100 km; CO₂ emissions combined: 245 – 239 g/km. 911 Targa 4S (WLTP): Fuel consumption combined: 10.9 – 10.8 l/100 km; CO₂ emissions combined: 249 – 245 g/km.
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