onthehunt wrote:
Anything made in the last 20 years will last 200,000 miles if well maintained...
Correction: Anything in the last THIRTY years. My family has had the following vehicles, and NONE have less than 100k on them except for my CRD and my motorcycle:
83 Lincoln Town car 250k miles, interior still in excellent shape, exterior, not so much. (rip)
89 Lincoln Mark VII, 205k, wrecked by a jerk with no insurance, totaled. (rip)
90 Lincoln Mark VII (mine) 140k, sold and still on the road afaik.
90 Holiday Rambler 30' RV Chevy 454 engine... 150k+ (not sure how much) but driven recently when I moved back from Virginia to Georgia)
94 Chrysler Town and Country minivan, 220k, still owned b/c of a title issue. (6 bank buy-outs, nobody knows who has the title anymore)
96 Jeep Grand Cherokee I-6, 145k, sold to a friend in Texas. She sold it again a few months later (money pit cursed vehicle, but she got a husband from the parts counter)
97 Jeep Grand Cherokee V-8, 210k, still owned and driven daily.
01 VW Jetta TDI (mine) 150k, sold and still on the road - new owner said it is MUCH faster than his existing twin car, yet has lots more miles
05 Jeep Liberty CRD (mine) 85k currently. Still owned and driven daily.
06 Mercury Mariner Hybrid, 105k, still owned and driven daily.
06 Mercury Mariner Hybrid, 115k, still owned and driven daily. (Yes, we have two of them)
07 Suzuki Burgman 650 Executive, 6900 miles.
Wow... That is a long list. But the truth of it is, if you maintain them, anything mechanical will offer you a good service life. The warranties of 100k from the manufacturers are designed around a mindset of "If they only put gasoline into it and not do ANYTHING else... How long will it last before blowing up" and the answer is... Just about 100k. Should you actually do some maintenance, the service life will easily be double that. For our diesels... I would be confident in saying add another 50% at least, so 300k is not out of the question. It turns slower and runs cooler than a gas engine, both of which put less mechanical stress on the metal parts of the engine.