ME4ME wrote:Jolle wrote:ME4ME wrote:
What do you base that assumption on? I very much doubt it. There might be some supercars getting an MGU-H, but the majority.. probably not.
F1 is forced to use MGU-H by regulation. They can make it work since the engine is putting out in the range of 700+bhp. Self sustained electrical energy is what, 80-90 kW from the MGU-H? I highly doubt it will be worth it for the cars you mention, given the additional weight, complexity, unreliability and significant economical cost it brings.
Because it's the next big step in performance and efficiency. The current super cars are beaten off the line by an electric luxury saloon car.
Plus the exotic super cars (P1, LaFerrari and the 918) are already flirting with this kind of tech.
It's a big step in technology. But it isn't yet applicable to sports cars, for all the reasons I just argued and you ignored. Foxhounds 1 example of 1 prototype car isn't going to change that. It will take years and multiple car generations for any such technology to make it to premium cars.
These rules and goals are set by the FIA together with the engine manufactures, including the MGU-H. A sportscar with an MGU-K is already on the road, the BMW i8. The HGU-H tech is already in use by Cat on some big diggers.
This kind of tech is very useful on road sports cars. A very efficient small petrol engine, with e power to blast of the line like a Tesla. I truly believe that the next generation of 911/SLS/488/ect will have a 2.0 v6T as maximum, but still produce around 500hp/700hp peak. 0-100km/h in 2.0 seconds, electric assisted torque steer, re-gen on the front and rear axle and the fuel consumption on a regular drive in the same range as a small city car.
this will the next evolution of the F1 PU, re-gen on the front axle, with prob double or triple the energy storage and deployment and a drastic cut on the fuel flow. The ultimate goal, for F1 and road cars is to waist no more kinetic (braking) energy and be as efficient as possible.