I have to point out the obvious contradiction in that statement. Here we have discribed an early (< 100Kmile) complete failure of a very expensive driveline component, and yet this Honda scores a “very reliable” rating, I can only guess, because it’s a “reliable Japanese car.”
Geeze. The transmission in my “crappy american” Ford Bronco-II needed rebuilding at 140Kmiles. That would be the crappy american transmission manufactured byMitsubishi .
One co-worker was faced with expensive replacement of the rear axle on his Toyota T-100, due to a bad weld that finally failed out of warranty. He elected to buy a newer Toyota, because “Toyotas have great quality, and are reliable.” He declined my offer to repair it for him. Apparently, if someone who doesn’t worship Japanese craftsmanship works on one of these, the reliabilty is distroyed.
Another co-worker is on his 3rd Toyota (1 PU, two 4runners) in the five years I’ve been here. Yet he still feels intitled to give me crap over the “piece of crap” Ford I’ve been driving (with only one failed turn signal switch, and one rusted out muffler repaired ) that entire time.
Time after time I see people turning a blind eye to expensive repairs, and undiagnosable (apparently) problems with thier “reliable japanese cars”. What sort of kool-aid are the dealers serving these folks?
Another thing I notice is that none of these folks (that I know) do thier own maintainance or repairs. Pretty sure I know why. I’ve worked on my GF’s toyota truck (90, so they didn’t call them Tacomas yet) and my B-II. Both ~3litre V-6s, both 4WD, both standard transmission, both owned since new.
By coincidence, both required new starters within a few months. It took ~15 minutes to R&R the <$20 B-II starter. About 3 hours to swap the ~$180 toyota starter. The B-II starter had 186Kmiles on it. The Toy starter ~110Kmiles.
Lubing the front wheel bearings was a similar revilation, but only about a 2:1 labor savings in favor of the Ford.
The Toyota, I swear, has twice the parts. Each of them carefully shaped to fit around all the other parts. The ford intake “system” is one moulded rubber hose. The toyota system is three hoses, connected by custom shaped plastic elbows, for a total of 6 clamps, which NO professional mechanic has ever succeeded in getting all of them re-sealed.
All of those freaking clamps are between the MAF sensor and the intake manifold, so it runs like crap untill I fix it after the mechanic has worked on it.
Those clamps have to come off because the intake manifold has to come off to adjust the valve lash every so often, and I refuse to do this because it is just plain stupid design to put that sort of roadblock for a routine maintanice item. The valves require adjustment, because this is a SOHC design…so the timing belt needs replacing every so often as well.
The Bronco-II has hydraulic lifters, never had the valve covers off. Push rods seem to work fine. Makes for a much more open engine bay.
So what did Toyota provide for the extra complexity and service needs?
The Toyota engine is rated at 5 more HP, or less than 3%, which makes sense as it is 3l v. 2.9. It gets this HP at higher RPM though, which is an “interesting” design decision for a truck engine.
The B-II has more torque though, and feels (according to my girlfriend) like it has noticeably more power. It gets better fuel economy. It starts quicker…and it cost something like $10,000 less. Too bad it’s not Japanese and good.