BRABUS 900 Cabrio

Power 662 kW / 900 PS | Torque 1500* Nm | 0-100 km/h 3.9 s | Vmax 350** km/h / 220** mph
Fuel Economy* city 17,1 l/100km | highway 8,9 l/100km | combined 12,0 l/100km | CO2 272 g/km

BRABUS ROCKET 900 Cabrio

BRABUS ROCKET 900 Cabrio – the world's fastest and most powerful four-seater convertible. This open-top supercar gets its name from the engine under the hood, the BRABUS ROCKET 900 6.3 V12 twin-turbo increased-displacement engine. The engine produces a peak output of 662 kW / 900 hp and a peak torque of 1,500 Nm and shoots the 2+2-seater from rest to 100 km/h in 3.9 seconds, on the way to a top speed of up to 350 km/h.

The BRABUS ROCKET 900 based on the Mercedes S 65 fascinates not only with its unique performance and with the luxurious driving experience. Just as unusual are the sporty and elegant looks of the aerodynamic-enhancement concept and the 21-inch hi-tech forged wheels as well as the custom and consummately finished BRABUS fine leather interior.

EXTERIOR.

The aerodynamic-enhancement concept emphasizes the exclusive and sporty flair of the BRABUS ROCKET 900 – driving fun you can feel AND see. The front spoiler with attractive motor racing looks and carbon surrounds on the left and right in the front bumper underscore the sporty appearance. The rear end of the open-top luxury liner is likewise a visual treat: The rear diffuser provides the perfect backdrop for the two dual ceramic tailpipes. The carbon attachments for the side air outlets in the rear fascia round off the aerodynamic-enhancement concept in style.

WHEELS AND SUSPENSION.

Thrilling design, maximum quality and optimal driving dynamics are the outstanding traits of the BRABUS Monoblock "PLATINUM EDITION" wheels, which come in many different designs and with diameters ranging from 18 to 22 inches. The forging technology used for manufacturing the "PLATINUM EDITION" wheels offers an optimal combination of maximum strength and lightweight construction.

The unusual driving dynamics of luxury convertible are ensured by the BRABUS AIRMATIC SPORT module.

POWER & SOUND.

Thanks to its twin-turbo V12 engine, the BRABUS ROCKET 900 Cabrio is the world's fastest four-seater convertible: The engine produces a peak output of 662 kW / 900 hp at 5,550 rpm and a peak torque of 1,500 Nm at 4,200 rpm, and shoots the luxury sedan from rest to 100 km/h in just 3.7 seconds. The top speed is electronically limited to a remarkable 350 km/h. The power is sent to the rear wheels by a seven-speed automatic transmission, which can also be shifted manually with the RACE aluminum paddle shifters on the steering wheel.

This BRABUS 900 offers impressive sound at the touch of a button: The driving experience comes with a markedly powerful accompaniment in 'Sport' mode, while the driver can select the "Coming Home" mode for an unobtrusive, softer sound.

The BRABUS Stop/Start Memory system offers particular convenience. This module stores the most recent setting of the stop/start system and keeps this mode active after every engine restart and each change of the drive mode.

INTERIOR.

The BRABUS 900 also shines in the interior with handmade noblesse: Every vehicle is fitted with a BRABUS fine leather interior crafted to personal preferences. This vehicle features a two-tone interior in a combination of vanilla and black. The seats and door panels are highlighted with sweeping decorative stitching as well as black and red seams. Scuff plates with backlit BRABUS logo changing colors in sync with the ambient lighting and aluminum components such as the BRABUS RACE paddle shifters, pedals and door pins add further sporty highlights. Noble-wood trim made from black ash wood complete the outstanding interior concept of the supercar featured here.

EQUIPMENT HIGHLIGHTS

DESIGN & EXTERIOR

BRABUS Carbon Package Body
BRABUS LED daytime running lights - below headlamps - black
BRABUS front fascia attachments
BRABUS roof spoiler with integral brake light
BRABUS mirror caps with naked-carbon finish
BRABUS Brand Package Exterior
BRABUS double-B insert for front grille

POWER & SOUND

Exhaust Systems
BRABUS exhaust system with actively controlled flaps
Engine (Powerboost)
BRABUS ROCKET 900 increased-displacement engine

WHEELS & SUSPENSION

Wheels
Forged BRABUS Monoblock R "Platinum Edition" 11J x 23 H2 alloy wheels with 5-double-spoke design
Suspensions / Modules
BRABUS Ride Control special suspension

INTERIOR

BRABUS fine leather Interior
BRABUS fine leather Interior
BRABUS Starry Sky
BRABUS Interior Package Accessories
BRABUS aluminium pedal pads

Performance & Fuel Economy

Technical Data

Engine size5980 cm3
Power662 kW / 900 PS
Torque1500* Nm
0-100 km/h3.9 s
0-60 mph3.9 s
Vmax350** km/h / 220** mph

Fuel Economy

city 17,1 l/100km
highway8,9 l/100km
combined12,0 l/100km
CO2 Emissions272 g/km

Notices

* All stated driving performance figures are approximate values. They depend on vehicle-specific details such as the vehicle model, equipment, curb weight, final-drive ratio, tire/wheel combination, transmission design and aerodynamic equipment of the individual vehicle. Details of performance upgrades and/or performance kits are average values. Deviations of +/- 5% are possible due to test conditions. Details about the total power output of factory engines modified with performance upgrades and/or performance kits are based on the manufacturer specifications in the vehicle title, which themselves can deviate by +/- 5%. BRABUS assumes no liability for reduced outputs of factory engines going beyond this. Subject to technical modifications without notice. The stated figures were determined in accordance with the prescribed measuring method (Directive 80/1268/EEC in the currently valid version). The figures do not refer to an individual vehicle and are not part of the offer, but are solely intended for comparison between different vehicle models.

** All prices valid ex-factory Bottrop.

*** Torque was electronically controlled.

Efficiency & Fuel Economy

Fuel Economy*
city 17,1 l/100km
highway 8,9 l/100km
combined 12,0 l/100km
CO2 272 g/km

CO2-Efficiency*

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* Determined based on the measured CO2 emissions in consideration of the vehicle mass.