Bigger K series?
Discussion
Besides which, the gains from a slight overbore would be negligible.
power =PxLxAxN (plan)
p=bmep(average pressure pushing on piston)
l=length of stroke(how far that pressure will push mr piston)
a=area of bore(area of piston that pressure works on)
n=number of "putts" engine makes in one minute.Represents how fast engine is going and number of cyls.
n=number of cyls x rpm/2 (for a 4 stroke)
The single most effective change you can make with the above is "p", higher bmep better torque output.
power =PxLxAxN (plan)
p=bmep(average pressure pushing on piston)
l=length of stroke(how far that pressure will push mr piston)
a=area of bore(area of piston that pressure works on)
n=number of "putts" engine makes in one minute.Represents how fast engine is going and number of cyls.
n=number of cyls x rpm/2 (for a 4 stroke)
The single most effective change you can make with the above is "p", higher bmep better torque output.
Besides which, the gains from a slight overbore would be negligible.
power =PxLxAxN (plan)
p=bmep(average pressure pushing on piston)
l=length of stroke(how far that pressure will push mr piston)
a=area of bore(area of piston that pressure works on)
n=number of "putts" engine makes in one minute.Represents how fast engine is going and number of cyls.
n=number of cyls x rpm/2 (for a 4 stroke)
The single most effective change you can make with the above is "p", higher bmep better torque output.
power =PxLxAxN (plan)
p=bmep(average pressure pushing on piston)
l=length of stroke(how far that pressure will push mr piston)
a=area of bore(area of piston that pressure works on)
n=number of "putts" engine makes in one minute.Represents how fast engine is going and number of cyls.
n=number of cyls x rpm/2 (for a 4 stroke)
The single most effective change you can make with the above is "p", higher bmep better torque output.
I saw an exhibitor at this year's Autosport show at the NEC who showed a 2.0 litre K series. Even had a word with him to make sure he hadn't made a mistake.
I think that would be about the absolute maximum limit for this 1.4 engine.
Anyway, this is of no help to you as I can't remember the exhibitor involved...
I think that would be about the absolute maximum limit for this 1.4 engine.
Anyway, this is of no help to you as I can't remember the exhibitor involved...
from www.mgcars.org.uk/news/news798.html "We believe there are a number of possible applications for the 2-litre engine, as the ultra lightweight ‘K’ series is already widely used in competition and is also available in various upgraded forms for road use. The 2-litre version, which we are currently referring to as the ‘K2000’, will give performance that has so far been unavailable from what is an extremely light and compact powerplant, so we are hopeful that it will generate substantial interest from existing ‘K’ series users”, said John Judd."
Hopefully it will be avaiable as an upgrade sometime, maybe a block swap?
Hopefully it will be avaiable as an upgrade sometime, maybe a block swap?
Can they offset the bores from the cetre line of the block to gain more space between them?
Effectively creating a 2 or 3 degree V4 inside a single block. I'm sure some of the big bore/short stroke Mini Cooper 'S's (ie 1071cc) pulled off a trick like that. Revved to +10k too, must have sounded awesome at the time.
Mouse
Effectively creating a 2 or 3 degree V4 inside a single block. I'm sure some of the big bore/short stroke Mini Cooper 'S's (ie 1071cc) pulled off a trick like that. Revved to +10k too, must have sounded awesome at the time.
Mouse
Gassing Station | Engines & Drivetrain | Top of Page | What's New | My Stuff