As Mercedes' flag-ship model, the SLR creates an important halo effect for the German automakers other performance cars, and the new Roadster model will bolster this further with its hard-to-ignore folding roof and gull-wing doors.
But the best feature of the new car? Conversation will still be possible at well over 200km/h on open-air journeys thanks to the car's highly developed 'aeroacoustics'.
Linking all the super car thrills of what is the fastest automatic transmission equipped car in the world with top down motoring, the new Roadster model joins the standard Mercedes-Benz SLR McLaren and the 2007 Mercedes-Benz SLR 722 Edition.
The Roadster model is for the driver who wants to show off not only his car, but also his hairstyle and choice of eye wear, and it also gives the low-volume super car range a sophisticated new 'high style' model. Interestingly however, the new model won't feature a standard metal folding roof but employs carbon fibre for the roof, assuring its status as a bespoke dream car affordable by only society's elite.
Like it's fixed-roof sibling, the new SLR McLaren Roadster displays a number of design cues pioneered by the 1955 Mercedes-Benz 300 SLR, such as the wide gull-wing doors, huge side vents, and the side-mount exhaust pipes. The arrow-shaped nose of the SLR Roadster is likewise a visual reminder that much of the car's technology comes from the ideas developed by McLaren-Mercedes in its Formula One race cars.
Sadly for Australian super car aficionados, the Mercedes-Benz SLR McLaren Roadster will no be coming Down Under. "Unfortunately, the Mercedes-Benz SLR McLaren Roadster, like its coup? sibling, will not be offered to Australian customers as it is only produced in left-hand drive," explained the Mercedes Car Group's manager corporate communications, Peter Fadeyev.
Along with a lightweight body shell made from carbon-fibre reinforced plastic (or CFRP), making the vehicle an exception among high-performance convertibles, the complex carbon-fibre technology ensures that the car has an extremely high occupant safety cell and according to Mercedes-Benz it also has a degree of torsional stiffness that is rare in the open-top vehicle world (higher torsional stiffness usually improves a car's handling).