What suspension does the McLaren GT use?

[LaRiver]

The McLaren GT uses a double-wishbone independent suspension for both the front and rear. The double-wishbone suspension is a complex independent suspension system consisting of upper and lower wishbones with a connecting rod in between. This suspension design helps reduce body roll and minimizes brake dive. The McLaren GT is a sports car from McLaren, measuring 4683 mm in length, 2045 mm in width, and 1213 mm in height, with a wheelbase of 2675 mm. In terms of power, the McLaren GT is equipped with a twin-turbocharged engine that delivers a maximum horsepower of 720 hp, a maximum power output of 456 kW, and a peak torque of 630 Nm.

[ORonan]

I've studied the chassis design of the McLaren GT, which features double-wishbone independent suspension at both front and rear – a standard setup for supercars. However, the most fascinating aspect is its hydraulic-linked damping system, which completely revolutionizes the traditional spring-damper combination. When driving, you can distinctly feel this system automatically adjusting its stiffness: it's exceptionally smooth over speed bumps yet instantly tightens the body during high-speed cornering. The manufacturer states it uses an active dynamic control system capable of adjusting hundreds of times per second based on road conditions and driving modes. This design allows the GT to cruise like a luxury sedan while maintaining supercar-level body control during spirited driving, achieving a perfect balance between sportiness and comfort.

[SerenityFitz]

As someone who frequently tracks cars, what impressed me most about the McLaren GT's suspension is its revolutionary Proactive Damping Control system. The front double-wishbone and rear multi-link setup provides the foundation, but the key lies in the hydraulic-interconnected dampers replacing traditional anti-roll bars. When taking high-speed corners, the outer dampers automatically pressurize to curb body roll, while still allowing wheels to move freely over bumps. This design maximizes tire contact patch - when lapping Zhejiang Circuit last year, I could feel the enhanced grip through every apex. The steering precision and road feedback meet supercar standards, yet its composure over speed bumps remains surprisingly comfortable.

[JohnnyFitz]

During my last test drive of the McLaren GT at the dealership, I specifically focused on evaluating the suspension performance. The salesperson mentioned it's called a Hydraulic Interconnected Suspension System, which uses fluid pipes to connect all four dampers. When going over manhole covers, it didn't feel like the typical harsh impact you'd expect from a supercar - the body would sway a couple of times then stabilize immediately. After switching to Sport mode, the suspension noticeably stiffened up, making lane changes on the elevated highway crisp and precise. What's most impressive about this suspension is its ability to automatically adjust stiffness. In Normal mode, it rides as comfortably as a sedan, but press a button when you want to race and it instantly transforms into a performance beast.

[VanLorenzo]

The suspension system of the McLaren GT is thoughtfully designed, blending Grand Tourer positioning with supercar DNA. Both front and rear feature forged aluminum double-wishbone structures paired with active hydraulic dampers. The standout feature is that all dampers are interconnected via pipelines to form a closed-loop system, allowing real-time oil pressure redistribution. During everyday driving, it filters bumps like a hovercraft while maintaining composure under hard acceleration or braking without excessive squat or dive. Most intriguingly, despite having a higher front ride height than the 720S, it demonstrates superior body roll control through consecutive corners—proof of meticulous suspension tuning.

[DiKimberly]

As a GT owner, I have the most say: The car's hydraulic suspension is truly cutting-edge technology. Driving in the city feels like sitting on a magic carpet, with its specially designed oil circuit system actively counteracting road impacts. I remember once driving on a mountain road during a heavy rainstorm, and this suspension kept the body firmly planted through continuous S-curves, making cornering in the rain exceptionally stable. In normal mode, the suspension has a longer travel, but during aggressive driving, the electro-hydraulic valves can lock the oil circuit within 0.1 seconds. The manufacturer claims it uses race-derived Proactive Damping technology, and the actual experience is indeed far smarter than traditional springs, perfectly balancing the contradictory demands of comfort and handling.