How far could one reasonably expect to get milage wise out of the latest 160-180hp bikes without doing significant engine work?
What's the biggest milage you've seen on such a motorcycle?
How far could one reasonably expect to get milage wise out of the latest 160-180hp bikes without doing significant engine work?
What's the biggest milage you've seen on such a motorcycle?
Depends on how it's ridden.
I've seen more than 60,000km on 600 and it still had good power. Sure it wasn't full power like it would be 2000km after coming from the factory but it was still really good.
Generally I think people who are serious about full power will be buying the latest and greatest anyway unless they find something they really love. The people that buy their bikes second hand generally understand that it's not going to be putting out max power, and i'm not going to get my nickers in a twist over a 5-10hp loss on a 150-160hp at the wheel 1000cc machine if it's reasonably priced.
KiwiBitcher
where opinion holds more weight than fact.
It's better to not pass and know that you could have than to pass and find out that you can't. Wait for the straight.
I spoke to a guy who runs an engine reconditioning shop and has worked in the trade for nearly forty years.
He told me that they never see modern bikes. Even if they did there isn't too much they can do to them now due to they way they are made. I didn't ask but assume this means the modern bore linings etc.
There is a grey blur, and a green blur. I try to stay on the grey one. - Joey Dunlop
If it always has a high quality oil in it and is not subjected to excessive punishment a large capacity engine could last a considerable amount of time without any major work needed doing. They are not a highly stressed motor under normal road riding circumstances. (I realise it's not a late model 180hp beast but...) I have heard of an XJ900 that had done 300,000 miles (yes, that's miles) before the head even had to come off it. And even then it showed no significant bore wear.
I should also say the the reason I ask is my bike is supossedly 150hp at the crank, if I mod it to say 160-165hp although not new R1 territory a 165hp per litre is fairly high.
I'm hoping to have this around 4 years or more or should I say I don't have an option but anyway I was interested to get peoples thoughts on what milage they though a semi high horsepower bike might be expected to achieve all going well.
Blackbirds have bullet proof motors. A few of the guys on the UK website I belong to have notched up around 200,000 MILES with nothing more than cam chain tensioner changes every 40,000 miles or so. Provided you keep the oil changes and other service requirements up to schedule, it's hard to thrash a big motor during normal road work. In the 65000 km which mine has racked up, I recently changed the cam chain tensioner, had the cam shims checked twice (no movement) and had the alternator stator rewound last year for $200. Pre-2003 Blackbirds and big Hondas in general used to have a weakness in this area particularly if you had accessories which drew extra power.
I'd imagine that many big motors are similarly reliable.
BTW, Mangell6 has a 2000 FZ1 and his must have racked up over 130,000 km by now and to my knowledge, he's never laid a hand on it other than oil changes.
The other parameter that is very important is - hot miles or cold?
Do you realise how many holes there could be if people would just take the time to take the dirt out of them?
According to my information the 04 R1 has separate cylinders to the crankcases. The 03 and earlier had the cylinders cast onto the top crankcase.
May not be as high as the 160 BHP but my old BSA A65 has done over a million miles in its life with one engine rebuild at 950000 miles Speedo now read about 20000 miles after the clock zeroed and this bike has not been pampered but has had regular service only recently decided to give her the benefit of a full restore where required
As for some of the later Jap bikes same should apply as long as they are maintained properly they should last, the higher the BHP the less they are likely to last due to the extra stress put on the components
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