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Le van a poner el L4 2.0 del A45 pero híbrido, dando más de 500 cv, además será automático y awd
Next AMG C63 to ditch V8 for hybrid four-pot
But the new, four-wheel drive Mercedes-AMG C63 is expected to retain 500bhp-plus when it goes on sale in 2021
17 October 2019
Mercedes-AMG will send a clear message that it is adapting to modern demands with the upcoming third-generation
C63 by forgoing its long-standing V8 power in favour of an advanced four-cylinder hybrid drivetrain that develops more than 500bhp.
The new C63 will be the first in a number of new AMG models earmarked to receive an
electrified version of
Mercedes’ new turbocharged 2.0-litre M139 engine when it goes on sale in early 2022
The four-wheel-drive rival to the
Audi RS4 and
BMW M3 is already undergoing intensive development at AMG’s Affalterbach engineering headquarters.
The potent four-cylinder engine kicks out a maximum of 416bhp and 369lb ft of torque in non-electrified form in the new
A45 and its related siblings. The unit has already been engineered for longitudinal mounting as well as mild-hybrid electric boosting. It’s destined to be used in not only the next C63 but also, in a less heavily tuned form, in a follow-up to today’s turbocharged 3.0-litre V6-powered
C43.
The new C63 will be offered in saloon, coupé and convertible bodystyles, with the next C43 likely to be sold in those three guises as well as an estate version.
Other AMG models set to run the new electrified driveline include successor models to today’s
GLC 43 and
GLC 63 SUVs, the
GLC 43 Coupé and the
GLC 63 Coupé.
Autocar has been told the M139 engine will adopt a 48V integrated starter motor similar to that already used by the turbocharged 3.0-litre in-line six-cylinder M256 unit, which powers the
CLS 53 4Matic+ and other recent new AMG models.
In the CLS 53 4Matic+, the gearbox-mounted starter motor provides an additional 22bhp and 184lb ft of electric boosting. In the next C63, however, it is set to be tuned to provide significantly more power in combination with a similar torque loading.