Honda's engines (high rev-ones) vs other low-reving engines
just want to learn the pro and cons of Honda's high rev engines vs other low reving engines
good/bad of each, but if you know a good site to read off info please let me know
high reving engines include SI to GSR up to NSX, bone-stock rev rpm
thanks all
good/bad of each, but if you know a good site to read off info please let me know
high reving engines include SI to GSR up to NSX, bone-stock rev rpm
thanks all
oh let me clear out some confusing......other low reving engines did not included others Honda's low rev engines. for example FORD mustang, Mitsubishi, etccc
What I like about the hi revving engines is that you get decent fuel economy when your in the low rev ranges, then you have decent power when you rev it higher, best of both worlds.
as superficial as it sounds, i love how it screams. You can take so few cars up to 8k rpms, its like a privlidge. But having an engine that revs that high will naturally burn some oil. good out weighs the bad in my book
HP=TORQUE * RPM / 5252
Since our engines don't make a lot of torque compared to larger displacement motors, we make up for this loss by using high revs. SImple as that
Cons are of course more engine wear and more precision materials used to handle the extra speed
Since our engines don't make a lot of torque compared to larger displacement motors, we make up for this loss by using high revs. SImple as that
Cons are of course more engine wear and more precision materials used to handle the extra speed
Pro:
Fuel Economy (low vacuum when low load), compactness and light weight.
Con:
Louder, more vibration, less tolerance for precision error, less tolerance for neglegence, more wear in ignitions, belts, bearing, ring, etc.
Remember, engine rev and displacement are sized for a reason, you have to make a compromise between different application and no one single design is going to outdo the others in all application.
Fuel Economy (low vacuum when low load), compactness and light weight.
Con:
Louder, more vibration, less tolerance for precision error, less tolerance for neglegence, more wear in ignitions, belts, bearing, ring, etc.
Remember, engine rev and displacement are sized for a reason, you have to make a compromise between different application and no one single design is going to outdo the others in all application.
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The-Kid
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Stock@$$GSR
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