Mercedes W199 SLR 2004 – 2009

Mercedes-Benz SLR McLaren

A Gran Turismo for the 21st century

The new Mercedes-Benz SLR McLaren is an impressive testament to the competence and experience of Mercedes-Benz and our Formula 1 partner McLaren in the development and production of high-performance sports cars.

The two-seater, with its striking swing-wing doors and styling elements borrowed from the Formula 1 Silver Arrows, builds on the legacy of the famous SLR race cars of the 1950s.

Equipped with cutting-edge race car technology and groundbreaking new Mercedes developments, designed to ensure a high standard of safety and suitability for day-to-day use, the new SLR creates a distinctive image for itself as a 21st-century Gran Turismo – a thrilling synthesis of tradition and innovation.

The newly developed V8 supercharged engine delivers an output of 460 kW/626 hp and accelerates the sports car from 0 to 100 km/h in 3.8 seconds.

The top speed is approximately 334 km/h. The body of the new SLR, like those of the Mercedes-McLaren Formula 1 race cars, is made from carbon fibre composites – lightweight materials which demonstrate exemplary energy absorption, hence ensuring the highest standard of occupant protection.

The SLR is the world’s first series-produced car to have a front crash structure manufactured entirely from carbon fibres.

Adaptive airbags, newly developed kneebags and sidebags, belt tensioners, high-performance ceramic brake discs and an automatically adaptive airbrake in the boot lid round off the range of safety equipment on board the Mercedes-Benz SLR McLaren, setting new standards in this vehicle class.

Technology way ahead of its time and an abundance of power – these were the hallmarks of the legendary SLR race cars in which Fangio, Moss, Kling and other Mercedes drivers achieved spectacular victories in all of the major road races in 1955.

The new SLR demonstrates the same characteristics, its groundbreaking technical innovations distinguishing it as the Mercedes-Benz among high-performance sports cars.

Two longitudinal members made from carbon fibre composite absorb energy in a head-on collision

The 21st-century Gran Turismo is made almost entirely from carbon fibre composite.

This lightweight yet extremely rigid material originated in the aeronautical and space industries and has also proven its benefits in today’s Formula 1 race cars.

The weight advantage of the high-tech material over steel is around 50 percent, and the carbon fibres, on impact, are characterised by four to five times higher energy absorption than steel or aluminium.

Mercedes-Benz exploits these qualities by incorporating two 620-millimetre longitudinal members made from carbon fibre in the front structure of the new SLR.

These absorb the entire energy of the crash in a defined head-on collision, leaving the passenger cell largely undamaged.

It is also made entirely from carbon fibre composite and therefore offers a very safe survival zone in side-on or rear-end collisions too.

Mercedes-Benz has introduced new material technology to the manufacture of the brake discs too. They are made from fibre-reinforced ceramic and are characterised by high fade-resistance and a very long life.

In collaboration with the electrohydraulic braking system, Sensotronic Brake Control (SMC™), they allow outstanding deceleration figures too, impressively underlining the motor racing heritage of the Mercedes-Benz SLR McLaren.

460-kW/626-hp V8 powerplant with cutting-edge compressor technology

In the interests of optimum dynamic handling and high stability on braking, the new Mercedes-Benz SLR McLaren has a front mid-engined design.

The high-performance V8 engine, mounted on a robust aluminium frame, is installed at a low level which allows a low centre of gravity for agile handling.

With its 5.5-litre displacement, the supercharged engine develops a peak output of 460 kW/626 hp and delivers its maximum torque of 780 Newtonmetres from 3250 rpm – a figure which remains constant across a broad engine speed range of up to 5000 rpm.

This means that the SLR 8-cylinder is among the most powerful engines currently available in a series-produced roadgoing sports car.

This high-performance car takes just 3.8 seconds to sprint from 0 to 100 km/h, it passes the 200 km/h mark after 10.6 seconds, and from a standing start it takes just 28.8 seconds to reach 300 km/h. The top speed is 334 km/h.

Water-type charge-air cooling, dry sump lubrication and four metal catalytic converters are further special features of this powerful engine – an engine which already meets stringent EU 4 exhaust gas regulations which are not due to come into force until 2005.

The 5-speed automatic transmission, fitted as standard, is also designed for high performance. It allows the driver to choose between three programs with different shift characteristics.

When “Manual” is selected, the five gears can either be shifted using buttons on the steering wheel or using the selector lever’s Touchshift function.

In this mode the driver can also select between three shift stages – “Sport”, “SuperSport” and “Race” – significantly shortening the shift times still further for an even sportier drive.

Aerodynamic concept uses expertise from the world of Formula 1

The body design of the Gran Turismo with the Mercedes star takes classical styling elements from the legendary SLR race cars of the 1950s and blends them masterfully with the sophisticated, avant-garde design language of both the latest Mercedes passenger car models and of the modern-day Silver Arrow race cars which took the McLaren Mercedes team to Formula 1 World Championship glory in 1998 and 1999.

The design’s concept, in other words, thrillingly spans the divide between past and present, whilst at the same time showing the way forward for the sports car designs of tomorrow.

In order to meet the highest of standards in terms of handling at top speed, directional stability and the cooling air requirements necessary for high-performance cars of this kind, Mercedes-Benz worked with McLaren on developing this model’s superlative aerodynamics, ensuring exemplary roadholding plus the on-road safety standards typical of Mercedes.

Following extensive wind-tunnel tests, the Mercedes-Benz SLR McLaren was given a virtually smooth underbody with a special six-channel diffusor under the rear.

Both features are familiar design principles from Formula 1. They ensure that the airflow beneath the vehicle is virtually unimpeded and that negative lift, or downforce, is produced at higher speeds.

The distinctive sidepipes on each side of the vehicle are also the result of this high-performance sports car’s aerodynamic underbody concept: a conventional exhaust gas system would have disrupted the smooth line of the underbody.

At the rear of the SLR an adaptive spoiler provides additional downforce. From a speed of 95 km/h, it automatically adopts a 10-degree position, increasing the contact pressure at the rear axle.

The spoiler also doubles as an airbrake: when the driver brakes heavily, it rises to an angle of 65 degrees, not only ensuring increased aerodynamic drag but also shifting the aerodynamic centre further towards the rear.

This lends the SLR excellent stability when braking from high speeds.

Functionality and luxury stylishly combined

It is the very high levels of practicality and luxury that truly make the interior of the SLR stand out. Individually padded carbon-frame seats, a multifunction steering wheel with race-car-type buttons for manual gear selection, clearly arranged chronometer-style instruments and high-grade materials define the atmosphere inside the high-performance sports car.

Alongside carbon and aluminium, the Mercedes designers have used “Silver Arrow” leather, specially developed for the SLR, which is available in the distinctive red of the legendary 1950s SLR race car.

Technical highlights in the standard equipment

• Emission control: four metal catalytic converters and cutting-edge engine technology reduce exhaust gas emissions to levels below the EU 4 limits
• Bi-xenon headlamps: gas-discharge lamps output twice as much light as halogen headlamps for main-beam and dipped settings
• Crash structures: crash elements made from carbon fibre composite in the front structure and in the rear ensure exemplary crash behaviour
• Anti-theft protection: the car is fitted with a special sensor which monitors the interior
• Double wishbone suspension: axle designs derived from motor racing offer optimum roadholding
• Dynamic route guidance: the standard navigation system takes into account up-to-the-minute traffic reports
• ESP^®: the Electronic Stability Program works particularly dynamically and precisely in collaboration with SBC™
• Headlamp Assist: a sensor recognises when it is getting dark and switches on the exterior lights
• Front airbags with two-stage gas generators: the front airbags deploy in two stages according to the severity of the accident
• 5-speed automatic transmission: the driver has a choice of three shift programs and three shift speeds
• Belt tensioners and belt force limiters: these Mercedes developments form a key part of the occupant protection system
• Head/thorax sidebags in the doors: the newly developed airbags reduce the risk of injury in the event of a side impact
• Ceramic brake discs: the high-tech material withstands extreme stress
• Automatic climate control: sensors register the position of the sun, the air quality and humidity levels so that the system can operate as effectively as possible
• Kneebags: newly developed kneebags cushion the driver and passenger in the event of a front impact, supporting the effect of the seat belts and the front airbags
• Lightweight construction: the bodyshell, bonnet, doors and side panels are made from carbon fibre composite. The engine mounts are made from aluminium
• LEDs: a total of 51 LEDs ensure that the brake lights don’t go unnoticed, and enhance safety too, thanks to their short response time. A further 36 LEDs operate in the indicators
• Multifunction steering wheel: the driver can operate the car radio, telephone, gearshift and other functions from the steering wheel
• Tyre pressure monitoring: the air pressure in the tyres is automatically monitored
• Sensotronic Brake Control: the electrohydraulic system includes additional functions such as Tailback Assist and Start-Off Assist
• Sound system: when playing music, the system adapts the frequency response and sound dynamic to the driving noise
• TELEAID: after an accident the system automatically emits an emergency call signal via the mobile phone. At present TELEAID functions in Germany and the USA
• Touchshift: the stages of the automatic transmission can be selected by nudging the selector lever or by pressing buttons on the steering wheel

Engine

Transmission

Chassis

Dimensions and weights

Performance and fuel consumption

*According to VDA measuring method **Provisional figures

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