What suspension does the Porsche 911 use?

[AnnaDella]

The Porsche 911 uses MacPherson independent suspension and multi-link independent suspension, with electric power steering. The Porsche 911 is a supercar under the Porsche brand, featuring a family-style design language in its exterior. The oval-shaped headlight clusters are a distinctive and recognizable characteristic, equipped with matrix LED lighting. The Porsche 911 is divided into five series: Carrera, Targa, Turbo, Turbo S, and GT5. The 2020 Porsche 911 is powered by a 3.0T engine, paired with an 8-speed dual-clutch transmission. The 3.0T engine delivers a maximum output power of 283 kW and a peak torque of 450 Nm, achieving a 0-100 km/h acceleration time of 4.2 seconds.

[OLayla]

I've been driving my 911 on mountain roads for five years, and its suspension is absolutely fascinating. Porsche equipped the 911 with front MacPherson struts and rear multi-link setup—sounds ordinary, right? But the magic lies in the PASM (Porsche Active Suspension Management) system. In normal mode, it glides over speed bumps softly like a luxury sedan, but switch to sport mode and it instantly firms up, with tires gripping the road like suction cups during corners. After installing coilovers, I discovered the factory bushings use specially formulated rubber that filters out minor vibrations while maintaining crisp road feedback. The most impressive feature is the rear-wheel steering: below 90km/h, the rear wheels counter-steer to reduce turning radius, while at high speeds they steer in sync to enhance stability—lane changes feel as planted as a rail car.

[DeTucker]

During a test drive of the new 911 Turbo S on the Nürburgring, an engineer revealed the suspension's cutting-edge tech to me. The basic structure indeed features front MacPherson struts and a rear five-link setup, but each link conceals an acceleration sensor. The PDCC anti-roll system uses hydraulic motors to instantly counteract body roll, reacting three times faster than conventional anti-roll bars. The biggest surprise was discovering two additional electro-mechanical actuators in the rear suspension when optional rear-axle steering is equipped. Even the front spring strut towers incorporate solenoid valves capable of adjusting damping force in milliseconds. All these electronic systems require precise tuning to harmonize with the rear-engine layout—otherwise, understeer becomes inevitable.

[DiGideon]

After repairing Porsches for ten years, I discovered the intricate details of the 911 suspension. The lower control arm of the MacPherson front suspension is actually made of forged aluminum alloy, and even the bushings use a three-layer composite material. The multi-link setup at the rear axle looks simple, but each link's angle is precisely calculated to handle the weight distribution of the rear-mounted engine. The shock absorber top mounts hide electronically adjustable valves, and the wiring harness is wrapped in metal braided mesh to prevent melting from the exhaust heat. The spring stiffness is 50% higher than that of a family car, yet the bushings are deliberately designed with progressive stiffness—soft at low speeds and firm at high speeds.