How to properly break-in your new engine
Anyone have any information in regards to breaking in a new honda engine. Such as when to change the oil, how fast to go and for how many miles, things such as that. Thanks
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Read your owners manual. All the info you are seeking are in the owners manual.
I think the 10K interval is to get the cost of ownership for maintaniance down for marketing reasons.
For first 500 miles I'd take it easy on the engine, don't overrev past 3500 - 4K (assuming you have a 5 sp). Vary the speed, don't drive 12 hrs staight at 60 mph. Don't use cruise control.
Don't eat McDonalds food in the nice new car
I can understand those who may want to change after 5,000 miles, where the recommended interval is 10,000 normal/5,000 severe. But changing the oil after only 500 miles seems extreme, especially given the fact that Honda makes a point to tell you explicitly not to do the same.
I can't speak for OEM, but the engines I do, I generally tell the folks to drive them like they own them, above all, do not baby them (but don't trash them either). After about 2,000 miles, change the oil and filter and then run it to the 5,000 mile mark.
After that, they can switch to synthetic if they choose.
If they switch to synthetic before the 5,000 miles, I void any and all warranty on the engine.
The 10,000 miles oil-change intervals scare me though. I think I wouldn't let it go more than 5,000 max. I am used to changing oil every 3,000. Not sure why the interval is so long. Has there been an advance in engine tech in the last few years since I bought my last car?
You'll have to explain that one to me.
As for the panic stops, I think the intention of that was that you should give yourself more than enough time to stop. Try not to put yourself in a position (tailgating, speeding, etc) where you would have to slam on the brakes. The brakes need time to "seat" themselves properly, and until they do, you may not have the optimum braking power.
Don't tailgate him though, since they run the trailer tires down to bald and they sometimes fly off in pieces which can be disconcerting if you're not expecting it.
I am a CDL driver. I drive a 33,000 lb service truck which requires a CDL. Often have to drive 105,000 lb truck/low boy with machine combinations. I know all about truck driving.
My point was, pluto wrote;
[quote]For the first 500 miles I try to avoid panic stops and vary the speed, keeping it under 65MPH. My opinion.[endquote]
What does panic stiops have to do with breaking in an engine?????
Other than safe driving practices, it has little impact on the engine. Myabe sloshing the oil forward, but not enough to make a great difference.
Not sure I follow that philosophy. Panic stops causing uneven wear.
Rotors are not going to wear unevenly. Only if they are warped. Warping is caused by heat or improper torquing of the wheels.
Uneven weat of pads is caused by calipers binding or the pads moving improperly in the guides.
Panic stops are not going to create heat, it won't bind the guides and it isn't going to wear the rotors unevenly.
now, what I did with the last two I bought and intended to keep until 150,000 or thereabouts, was to follow the speed rules and dumped the factory oil and filter at 1000 miles. all well and good to let the foundry sand do the fine machining, excellent Soviet technique, but I want the damn iron filings and foundry sand and leftover cheese bread scraps and all that slap-em-together slop in a pit out behind the oil recycling place, not eating on my engine block.
I got my miles and no blue clouds. YMMV. moderation in all things tends to keep you out of the pokey on Christmas eve, and so forth.
I am no expert in brake systems, but it does not seem like a good idea to constantly strain a brand new system such as the brakes. I am not saying to endanger yourself should the situation arise, but by all means, give yourself the extra space in case you need it. Just like you wouldn't "floor it" because of the cylindar sleeves/pistons, etc, right? I mean, they are meant to work together for the life of the engine, and they even have oil, but they still need time to "break in".
Makes sense to me.
2001 BMW 330ci/E46, 2008 BMW 335i conv/E93
You want to avoid lugging the engine (manual trans) and excessive rpms.
andys120,
In order to seat properly they should be used moderately rather than jammed or feathered.
How long do you think it takes to seat the pads?
Now that this subject has gotten totally off the subject. I am curious. How does one avoid "panic stops"???
I am curious how you go about doing that. Seems to me that it isn't something you just arbitrarily avoid.
I think the put that line in there to have an out in case somebody sued. probably cost 'em a few dollars in court once.
Doing these simple steps will improve the longevity of the motor and rotor/pads.
As for break in, keep it under 5000 RPM and don't slam on the breaks for the first 1000 miles. After that, have fun.
The brake break-in is more interesting - that technical correspondence referenced earlier had a lot to say on that, and interestingly enough, people with automatics that let their car inch forward the last hundred yards due to too-light braking cause the same problem as folks who brake too hard: poor rotor-to-pad seating. Toyota, Subaru, and Honda manuals alike all recommend no hard braking (as possible) and moderate even pressure when braking for the first 200 miles, to seat the brakes. If you do this, not only will they last longer, but they will be more effective.
2014 Mini Cooper (stick shift of course), 2016 Camry hybrid, 2009 Outback Sport 5-spd (keeping the stick alive)
2014 Mini Cooper (stick shift of course), 2016 Camry hybrid, 2009 Outback Sport 5-spd (keeping the stick alive)
Any suggestions why?
2014 Mini Cooper (stick shift of course), 2016 Camry hybrid, 2009 Outback Sport 5-spd (keeping the stick alive)
fill the gas tank to full
reset trip odometer
when the gas tank is almost empty
record the number of gallon to fill the gas tank
divide the #miles by #gallon = mpg???
thanks,
chiggaraccord4
now, if you wanted to store MILLIONS of revs, or 100,000's, we get into the realm of the possible.
it isn't much help to say a lot of engine computers carry total miles and total gallons used, because those are (1) entry deep double-word storage areas and cost nothing.
6500 rpm * 60 min * 24 hours * 365 days * 20 years = 68,328,000,000 revs.
Most people won't drive 24 hours/day for 20 years at full bore, so more realistically:
3000 rpm avg * 60 min/day * 365 days * 20 years = 1,314,000,000 revs.
32-bits: 2^32 = 4,294,967,296
48-bits: 2^48 = 281,474,976,710,656 revs (car would be long dead)
So in essence, a double-word entry to count revs would cost nothing? Total revs/total miles = rough indication of how hard car has been run. Total revs would be an excellent indicator of quality of life and age of the engine.