SL/R232: Mercedes-AMG Unveils SL 43

As I get older and richer I’ve been buying more powerful cars but I also find myself driving slower.
im going to seriously look at the 43, hopefully it will be at the NY Auto Show this month. I’m going
As I get older and richer I’ve been buying more powerful cars but I also find myself driving slower.
im going to seriously look at the 43, hopefully it will be at the NY Auto Show this month. I’m going
https://mbpassion.de/2022/04/v8-styl...des-amg-sl-43/
SL43 can be ordered overhere next month (May 22). production already started.
Mercedes has been playing the moniker game for years now, deception in the name of marketing. Technically an 2.0 liter SL200 doesn't really sound good, so call it a 43. At the same time, a 2.0 liter AMG is a C63. Let's take something that was simple and make it super complicated.
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Mercedes has been playing the moniker game for years now, deception in the name of marketing. Technically an 2.0 liter SL200 doesn't really sound good, so call it a 43. At the same time, a 2.0 liter AMG is a C63. Let's take something that was simple and make it super complicated.
The nomenclature today is mainly driven by two factors, common engine downsizing, especially globally where one displacement size can be used in numerous states of power across different trims thanks to turbo chargers (most commonly, the 2.0L 4-Cylinder), as well as consumer driven as owners complained about the numbers on the back of their cars going down (for example, E350 to E300).
Last edited by js_cls; Apr 18, 2022 at 05:52 PM.

381 + 14 (395) horsepower and 354 + 115 (496) pound-feet of torque. That’s why the 4.9 secs to 62mph. Nobody is mentioning the torque output of the 48v electric system.
My E53 cab system adds 22 hp and 184 pound-feet of torque.
M
The HP is FAR lower than that of the already powerful engine in the GLA A45-S. As to why they would not put the same tech in that engine and use it for this platform is surprising…if a 4-banger is what they wanted to use!?

M
Anyway, near 400hp/400ftlbs with a flat torque curve is plenty for me. The car looks great and the rest is academic. I have two guys at my golf club who have GTs and they drive only as fast as the golf carts, lol.
Anyway, near 400hp/400ftlbs with a flat torque curve is plenty for me. The car looks great and the rest is academic. I have two guys at my golf club who have GTs and they drive only as fast as the golf carts, lol.
M

M
When the new I6 debuted:
"A 48-Volt Integrated Starter/AlternatorThis engine is designed from the ground up to incorporate an integrated starter/alternator at the output end of the crankshaft. This device operates on 48 volts, which looks to be the future standard in automotive electronics because it can efficiently provide for the increasing power requirements of modern cars. For a given power level, increasing the voltage by a factor of four reduces the current by the same factor, which means that the thickness of the wiring used to carry the power can be reduced, saving cost and weight.
This motor can also develop 20 horsepower and 162 lb-ft of torque, so it can provide a useful assist to the engine, particularly at low rpm, reducing the need to downshift when the driver calls for more acceleration. It can also recover energy during braking to charge its 0.9-kWh lithium-ion battery. And such a powerful motor can quickly and effortlessly restart the engine during idle-stop mode.
In addition to this 48-volt system, there is a separate 12-volt electrical system—with its own small battery—to operate the numerous legacy 12-volt devices on the car. As 48-volt technology proliferates, expect to see these devices replaced by 48-volt equivalents, which will lead to the extinction of the 12-volt power circuit.
4. An Electric Supercharger
The M256 is turbocharged to develop high output from a small displacement, and that means there is the potential of turbo lag under some circumstances. To avoid this problem, the AMG version of the M256 has an electrically driven supercharger to provide boost before the turbo spools up.
This supercharger, which is located downstream of the turbocharger, uses a centrifugal flow compressor—like the compressor side of a turbo—driven by a 48-volt electric motor. It spins to 70,000 rpm and can develop a peak boost pressure of about 6.6 psi. That’s enough to provide strong engine response while the turbo gets up to speed, at which point a check valve closes and the turbo takes over from the electric supercharger."
This system is NOT DESIGNED for peak hp and torque output.
M
Last edited by Germancar1; Apr 22, 2022 at 12:06 AM.

is an electric motor making power and that power propels the car, so it counts.
i understand where he/she is getting confused. Both gas and electric produce Hp and torque based upon their own mechanics and programming. And they aren’t designed to peak at the same time. I’m saying given the low rpm of peak torque from the gas engine 1750rpm, that they do for a 10 sec period until the electric motor disengages.
I will find a graph for both so you can see.
I drive an E53 with the same system and there were graphs in 2019. I do agree MBUSA is presenting this information differently now which is part of Germancar1 confusion
Last edited by Pennetta; Apr 27, 2022 at 07:54 AM.



