Performance & Engineering

Built to go faster.

Performance & Engineering

2.4 s
0–100 km/h, Taycan Turbo GT
1073
Peak horsepower with overboost
9,000
RPM redline, 911 GT3
75+
Years of continuous development
Engine

The Flat-Six

Horizontally opposed, mounted behind the rear axle. The 911's engine layout has defined its character for over 60 years. It lowers the centre of gravity, sharpens turn-in, and produces a sound that is instantly, unmistakably Porsche.

Chassis

Active Suspension Management

PASM reads the road surface and adjusts damping continuously. Combined with rear-axle steering and Porsche Torque Vectoring, the result is a car that responds to the road before the driver processes what they felt.

Braking

Ceramic Composite Brakes

Porsche Ceramic Composite Brakes are 50% lighter than steel and resist fade at extreme temperatures. First introduced on the Carrera GT in 2003, PCCB remains the benchmark for stopping performance in road cars over two decades later.

Electric

800V Architecture

The Taycan uses an 800-volt electrical system — twice the voltage of most electric cars. This allows faster charging, less heat generation, and better sustained performance. It was developed directly from Porsche's experience in Formula E racing.