What suspension does the Ferrari F12 use?

2 Answers
LeJason
08/29/25 3:33am
Ferrari F12 uses a double-wishbone independent suspension at the front and a multi-link independent suspension at the rear. Taking the 2013 Ferrari F12 as an example, its body dimensions are: length 4618mm, width 1942mm, height 1273mm, wheelbase 2720mm, fuel tank capacity 92l, and curb weight 1630kg. The 2013 Ferrari F12 is equipped with a 6.3L naturally aspirated engine, with a maximum horsepower of 741ps, maximum power of 545kw, maximum torque of 690nm, matched with a 7-speed dual-clutch transmission.
Was this review help?
7
4
Share
JaylaRose
09/10/25 8:13am
I've recently studied the suspension system of the Ferrari F12, which utilizes a front double-wishbone and rear multi-link independent suspension design. This layout precisely controls wheel movement, ensuring body stability and grip during high-speed cornering. The double-wishbone setup excels in reducing tire wear and handling uneven road surfaces. When paired with magnetorheological dampers, it can switch between sport and comfort modes—softening vibrations for long-distance comfort or stiffening for sharper track response. Having test-driven it myself, even on bumpy urban roads, the vibration absorption is smooth without discomfort. Compared to older Ferrari models, the F12's tuning is more balanced, successfully blending performance with everyday usability, making it a classic masterpiece in Ferrari's sports car suspension optimization.
Was this review help?
3
4
Share
Expand All
More Forum Discussions

What is the Guangben Crider?

Guangben Crider is the Lingpai, a compact sedan under the Honda brand. Here is more information about the Lingpai: 1. This model is available in both pure gasoline and hybrid versions. The Lingpai has a wheelbase of 2730 mm, a length of 4756 mm, a width of 1804 mm, and a height of 1509 mm. 2. The hybrid version is equipped with a 1.5-liter naturally aspirated engine, delivering 109 horsepower and a maximum torque of 134 Nm. The gasoline version uses a 1.0-liter turbocharged three-cylinder engine with a maximum power of 90 kW and a maximum torque of 173 Nm. 3. The Lingpai features a MacPherson independent front suspension and a torsion beam non-independent rear suspension.
10
0
Share

What is the reason for one headlight of the Borgward BX7 not working?

One headlight of the Borgward BX7 does not work because the Borgward BX7 has integrated high and low beams, with the turn assist light on the side. Only one of the low beam or high beam can be on at a time. Introduction to car headlights: Car headlights refer to the front headlights of a vehicle, which are divided into high beams and low beams. Low beams are used when driving on well-lit roads, while high beams can be used on roads without streetlights. Borgward BX7 drive system: Front-wheel drive / Front four-wheel drive. Borgward BX7 vehicle space: The Borgward BX7 offers two seating configurations: 5-seater and 7-seater, providing flexible combinations and extending more possibilities. With a 2760mm wheelbase and a 1911mm wide body leading its class, it is equipped with a panoramic sunroof that enhances the view, creating more spatial imagination to meet the diverse needs of various journeys.
13
4
Share

What colors are available for the Odyssey Hybrid?

According to the official introduction by GAC Honda, the hybrid version of the Odyssey comes in a total of 6 colors: Starry Moon White, Starry Sky Blue, Aurora Blue, Amber Gold, Pearl White, and Glacier Silver. However, except for Starry Moon White and Aurora Blue, the pre-order time for other colors will be relatively long. More details are as follows: 1. The Odyssey Hybrid is a gasoline-electric hybrid vehicle developed by GAC Honda based on the Odyssey. It has little difference in body size and configuration compared to the regular Odyssey, but it adopts a powertrain combination of a 2.0-liter naturally aspirated engine + electric motor. 2. The Odyssey Hybrid's engine has a maximum horsepower of 146 hp, a maximum power of 107 kW, and a maximum torque of 175 N·m. The electric motor has a maximum horsepower of 184 hp, a total power of 135 kW, and a total torque of 315 N·m.
14
0
Share

Why Do Audi Cars Burn Engine Oil?

Audi cars burn engine oil for the following reasons: 1. The engines in Audi cars are high-compression engines. The advantages of high-compression engines are high power, large torque, and low fuel consumption, which leads to oil burning. 2. The engine compression ratio is higher. Once the compression ratio increases, the temperature inside the engine cylinders rises. Higher temperatures can cause engine oil to be consumed. 3. The physical structure of direct-injection engines in cars differs from traditional port fuel injection engines. Fuel is directly injected into the cylinders through high-pressure atomization via injectors inside the cylinders. This process is different from port fuel injection engines, so during atomization, some fuel may directly spray onto the cylinder walls, diluting the engine oil and burning it off, which also results in minimal oil consumption.
6
5
Share

Which consumes more fuel, the Land Cruiser or the Patrol?

The Land Cruiser consumes more fuel. According to the comprehensive fuel consumption data from the Ministry of Industry and Information Technology, the Patrol has a fuel consumption of 11.9L/100km, while the Land Cruiser consumes 13.3L/100km. Below is some relevant information about the Patrol and the Land Cruiser: 1. Body dimensions: The Patrol measures 5165mm in length, 1995mm in width, and 1955mm in height. The Land Cruiser measures 5095mm in length, 1975mm in width, and 1930mm in height. 2. Powertrain: The Patrol is equipped with a 4.0L naturally aspirated VQ40 V6 engine paired with a 7-speed automatic transmission. The Land Cruiser is equipped with a 4.0L naturally aspirated 1GR V6 engine paired with a 6-speed automatic transmission.
11
4
Share

How to Adjust Power-Adjustable Mirrors?

Power-adjustable mirror adjustment method: Sit in the driver's seat and locate the electric mirror adjustment button on the left door. Observe the white dot on the adjustment knob and the letters beside it. 'L' stands for the left rearview mirror, and 'R' stands for the right rearview mirror. To adjust the mirror angle, rotate the white dot on the adjustment knob to the corresponding letter position. The position adjustment of the power-adjustable mirrors is achieved through micro motors. The left-right movement of the mirror is controlled by one motor, while the front-back tilt is controlled by another motor. The control switch for the power-adjustable mirrors can be moved in multiple directions, allowing one motor to operate or both motors to work simultaneously. In most cases, pressing the switch lever downward adjusts the mirror's left-right movement, while lifting the switch lever upward adjusts the front-back tilt angle.
13
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.