2012 Kicherer Mercedes-Benz CLS 6.3 Yachting
2012 Kicherer Mercedes-Benz CLS 6.3 Yachting - Thanks to comprehensive modifications, a ‘normal’ Mercedes-Benz CLS AMG
is transformed into an exclusive KICHERER Mercedes-Benz CLS 6.3
Yachting. For a more noticeably individual look, Kicherer, the
specialist auto-tuners from Stockach in Germany, have given the
Mercedes-Benz CLS a set of top-quality KICHERER RS-1 forged wheels; on
the front axle in size 20 inch and on the rear axle in size 21 inch. To
make sure this combination not only looks good as it sits in the
vehicle’s wheel arches, but also fits technically, the chassis frame has
been optimised by means of electronic adjustment, including sporting
characteristic curve. Behind the exclusive-design wheels is hidden an
in-house high performance braking system with steel flex brake lines,
which generate the sorts of deceleration values seen on top-level sports
cars. An optical highlight is the exclusive KICHERER full-cover film in
star-graphite, which converts the Mercedes-Benz CLS 6.3 Yachting to a
unique item.
In terms of power, the engine performance of the 5.5 litre Biturbo has
been raised to 625 hp, which also brings with it an increase in torque,
to an impressive 860 Nm. The removal of the electronic Vmax (maximum
speed) blocker ensures that the Mercedes-Benz CLS 6.3 Yachting can now
easily race along at more than 300 km/h. A KICHERER PowerConverter
increases the sense of acceleration by neutralising the moment of
inertia on the electronic accelerator pedal. Not only does the wheel and
tyre combination ensure optimum drive, i.e. perfect grip, but there is
now also a special, in-house limited slip differential with variable
slip.
For the interior of the Mercedes-Benz CLS, which, in the AMG version,
is already fairly decently outfitted as it rolls off the production
lines, KICHERER has designed an exclusive YACHTING full-outfitting for
its range, in which leather, Alcantara and carbon-fibre have been
utilised in almost extravagant ways.
News/Images Source: KICHERER Fahrzeugtechnik