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So it's better to just have one door unlocked.
at least for me..............................
After cleaning the Idle Speed Control Valve on Wednesday evening, I took a 500-mile banzai run to Vegas and back. I left at 5:30am Thursday morning, and just got back 5:30pm Friday night. Results my ISCV experiment - it's like new. Much better than I thought it would be. I left the throttle stop per factory specs, and no low speed idle problems, no high-speed idle problems, no cold-start problems (at least at Las Vegas morning temperatures of 40'F)- just a normal higher-for-awhile after the cold start, then about 2 minutes later, back to about 700RPM. So far, it's cured.
Has anyone else experienced this?
Is the air filter assemble supposed to float in it's holder? I notice a plastic piece at the bottom.
I'd hate to take the vehicle to the dealer for something that might be trivial or normal.
Regards and safe driving to all,
Ken
some top toyota forums run by ex service advisors say adamantly to NEVER change the filter.
I got the same answer from one toyota service manager. He told me the fuel filter doesn't need to be replace unless I am having trouble with my car (which I don't have any problem at all 97 Camry @ 110k miles and 01 HL @ 90K miles)
On the other hand, another toyota dealer didn't explained to me at all but just telling me it will cost about $250 (if I remember correctly) to have it replace on my Camry
I got it last yr at 79K miles on it. I put about 10K and no problem at all. I have not seen problem like most others in this board.
Car still runs and sounds great. You can't really tell it actually have about 89K miles right now.
I don't know your driving condition but in Seattle, we have snow once or twice in the winter time and the 2WD has a "snow mode". In my opinion, it doesn't do anything at all. Just like putting your car in 2nd gear. I still couldn't get out of my driveway.
If that's not an issue, I think the 2WD is more valuable than the V6. But keep in mind, it's a 4, not V6 so don't expect too much on the power side. But it works for us. My wife drives that car with my baby and it get a little better gas mileage over the V6.
Overall, she likes it and it's a keeper for now.
I am trying to trouble-shoot a braking issue.
When braking gently, I can feel the car slow down but it seems like the car is surging (like the pads are gripping on high spots on the rotor).
Also - if braking moderately at freeway speeds. The steering wheel will pulse (just like it feels with an unbalanced tire), but my tires are balanced. The pulsing seems to match the wheel rpm. Also, the surging matches the wheel rpm (as the vehicle slows, so does the surging).
I have used a dial indicator on the rotors and they are +/- 0.001" run out. This is when they are cool. It could be worse when they are hot.
Today, it was raining, and I noticed the effect was less when the brakes were cold.
Could I have the dreaded "warped rotor" condition, or is it something else?.
Anybody have this problem and how was it resolved.
I am about to spend $150 on a pair or rotors and another $45 on a set of brake pads. I don't trust the dealer to work on my car.
Thanks
http://www.aiada.org/article.asp?id=32627
When I had my warped rotors, I was able to get it a little better by re-torquing the wheels. First, jack up the vehicle, loosening all 5 nuts, and re-torquing all five in the 5-cross pattern - and incrementally at that. By 5-cross I mean snugging up the first one, then going clockwise, skipping the next one, and snugging number 3. Then 5, then 2, then 4. Keep going, tighter each time (I use three passes), until you have them all to spec. When I do it, I do the first-stage of loosening before jacking up the vehicle - and the last tightening after lowering.
I'm working from the theory that the Traction Control can't make any more traction - it just uses the brakes to transfer power from the slipping side to the other side. As the extreme example, if both tires are bald, you still won't go anywhere - both tires will slip. Essentially, a vehicle with good tires and no Traction Control will get thru more bad conditions than a vehicle with Traction Control and weak tires. So, I'm investing in some good All-Season rubber. I've read some not-too-flattering posts about the OEM tires. What tires does anyone recommend in the All-Season category for the Highlander's 225-70R16? The Yokohama Geolander H/T-S G051 looks good - anyone have these? How about the Michelin LTX M/S - are they worth the extra $$?
window/door. Plan on taking it to the dealer.
I've got 6k miles.
I have always torqued my own wheels - to 80 ft-lbs, using a cross pattern.
I don't think I want to "turn" the rotors. When its all said and done (factoring labor charges, waiting for the vehicle etc), I am just going to buy new rotors and pads, and install them myself.
Looking at the physical design of the rotor and how the wheel attaches, it look like it would be impossible to warp the rotor by over tightening the lug nuts.
The lug studs are attached to the axle hub flange. The rotor goes over the flange and sits flush against it. The wheel mounts to the rotor in the same area of the rotor / hub flange.
The only downside to over tightening the lugs would be to stretch the studs ever so slightly, as all the surfaces in question are all stacked against each other like a stack of pancakes.
How this can deflect or even influence the rotor disk where the pads are - is beyond me.
I think its more likely to be a design issue with cast iron parts, ventilated disks.
Thats just my 2 cents.
You'd rather spend $150 for new rotors rather than spend the $10 - $20 to turn the old ones? You still have to take the old ones off since you said you're doing the work yourself. It's your money.
Take off the old rotors.
Find some way to take them to the place to turn them (maybe get a taxi).
Wait a couple of hours for them to be turned.
Hope that the person doing the turning does it properly.
Get them back and take another taxi home.
So in total - I would have taken about 4 to 6 hours of my time messing with bad rotors. You can define for yourself, how much your time is worth.
The problem may still be there - as the issue only happens when the rotors are hot. I assume they don't turn the rotors at operating temperature. Not only that - turning the rotors leaves them thinner than before and even more susceptible to warping.
I would rather put fresh set of rotors and pad on. I'll take the old one to my dealer and get Toyota corp to refund my costs.
And how do you think Toyota will refund the cost of the new rotors? They're wearable items not covered on warranty, unless you've some kind of extended warranty that covers rotors, which I've never heard of.
I'm not trying to be a pain here, just making a suggestion hoping to save people some money.
It's your car and your money, you do what you want.
My mechanic friend suggested that before spending too much on parts(also on labor), try to clean the rotor which I did and the problem was gone for a while and then back again lately. He told me several reasons why this problem occur:
1) warped rotor
2) defective pads/shims
3) rotor/pads oil/grease contamination
4) wheel balancing/tire pressure
5) brake piston cylinder
6) brake proportioning valve
He suggested to start with the obvious and less expensive ones.
As of now, I got no time checking/doing any of these. I also don't trust the dealer doing my brakes.
I'll keep you posted for any solution or post your solution if you find it first.
Have a nice day.
I have a 01 4-cyl myself but is a FWD no Traction Control as well.
I kind of agree with you about good traction on the tires. If the tires bald and slip, it's going to slip no matter what (as far as I am concern)
One other thing is my FWD has a "SNOW MODE" but it is noting but put your car in 2nd gear, just like a normal "P-R-N-D-2-1"s "2". I think sometime they put in so many term and 'features' that sounds like they are really cool but in fact, it's nothing but sales and marketing terms
I have a pretty cheap set of tires on it now, put on by the previous owner. They are Korean (the tires, that is). If I stomp on the accelerator from a dead stop, or nail it while coming out of a turn, I'll spin a tire (sometimes both). With Snow Mode engaged, it is a little more controllable off the line. So, I can see how it might help in slippery conditions. It is a cheap and easy thing for Toyota to do, and might help some folks (lead-footed) keep from spinning a tire.
Nokian WR SUV - only all-season tire with extreme winter certification
Michelin Cross Terrain
Michelin LTX M/S
and Connor at Tirerack recommends the new Bridgestone Dueler Alenza, primarily a luxury tire for SUVs with good dry/wet traction.
If you drive in snow, I would go with the Nokians which also are quiet. I'm going to get those when my OEM BStone Dueler H/Ls wear out.
Being in the auto/truck industry for many years, here's a rule regarding brake rotors.
Many of the major auto makers now recommend that rotors be NOT machined or turned, just replaced. And from what I've experienced, they are right but I knew this before they brought it public.
We all know what heat does to metal. After a period of time, the heat generated by hard or excessive braking will warp a rotor.
The problems by machining/turning a rotor is many.
The tech doing the service probably doesn't know how to do it correctly. Often they are in a hurry and remove too much metal at one time, again creating heat.
The other problem is that the rotor might "true" up after re-surfacing but once the heat from braking is applied, chances are, the warp will occur all over again.
Another very important issue as mentioned above is that ALL wheel lugs must be properly torqued in sequence.
Save yourself time and money, make sure all your brake components are working correctly and if your rotors are warped...replace them.
Regards.
I still don't understand how overtightening lug nuts (equally and in sequence) can affect the rotor disk as the bolt forces are near the axle and no force is being applied to the disk?
The hub, rotor, and wheel mounting surface are all flat, and stack on top of each other, so there shouldn't be any twisting or bending force.
Am I missing something?
Unless the manufacturer recommends differently, I'll probably continue.
I am resisting the urge for the cheap Seinfeld character line...
However - I don't see how the hub plane can be distorted as the clamping force exerted by the wheel mounting plane and the hub (with the rotor sandwiched in between)doesn't exert a net overall force to deflect the plane of the hub. The clamping force is "internal". Take a plate with a hole through it. Stick a bolt through the hole and tighten a nut on the other side. The bolt is in tension (a lot of force), but I can hold the plate in my hand and the bolt clamping force won't cause the plate to bend.
I could see how cornering forces on the tires would be transmitted to the hub and wheel bearings to deflect them.
Thinking about it now, it's never happened to any of my rear discs; unlike the front rotors, they aren't weakened by the spaces in the casting that they need to add for ventilation. Perhaps it's the imperfections that this extra complexity adds to the structure that makes them more vulnerable to dimensional instability - whether caused by thermal cycling, or by exceeding some design limit on clamping force linearity.
Now my brain hurts from thinking about all this. Man I'm glad it's Friday, and I've got good true rotors. Good luck with your new ones.
Many lug nuts need 60 - 90 ft lb torque. But even a small impact wrnch will put out 325 ft lb torque.
they do mega damage in dumb hands.
They can't and don't make front rotors non-ventilated, because they have so much more work to do at the front of the vehicle - they need a way to cool themselves so they don't wear out and/or warp even faster than they already do. The downside is that they are more prone to warping than solid rotors.
After severe braking, if you remain stopped and allow all of the brake pad heat to transfer to only one spot on the rotors, I think you are at risk for rotor warping. Any vehicle, some more vulnerable than others.
Whenever I have braked severely enough that I think there may be some heat buildup, I "inch" forward every few seconds to distribute that heat more evenly over the entire rotor.
This hypothesis has little basis in scientific fact. I spent over a decade in the auto repair and brake/tire field, and only 'think' this to be a factor in rotor warping from my personal experience. I have about 34,000 miles on my HL so far, but I have NO warped rotor vibrations.
Other drivers may think I'm impatient at some stoplights, as I keep inching forward. They probably don't realize I'm just attempting to more evenly distribute some heat to my rotors.
Phil
Not only does this approach have the ability to do what you wrote, by moving the contact area between pad and rotor, evenly around the rotor for more even heat input to the rotor - it also allows the rotor's vents to get a slightly different "view" of the surrounding air at each "inch", to allow for more even heat output from the rotor to the air.
I really like this idea. It reminds me of a tip my Dad gave me when I was 16 - after driving thru water, or even a deep puddle, apply the brakes for a few seconds while driving to allow them to drag and heat up, to dry out the drums and linings. I've never seen this concept in an Owner's Manual - just as I'm sure we'll never see yours - but they are both based on proven principles and sound logic.
Maybe we do things differently down under but the instructions to apply brakes gently to dry them after a water crossing is routinely inserted in owners manuals and driving instructions her in Australia.
Maybe we see more water than you do
Cheers
Graham
I suspect we see it as well, but just don't cross it. So much well-drained concrete over here.
What are your thought about the rotor-cooling technique that Phil came up with?
I suspect we see it as well, but most don't cross it. So much well-drained concrete over here.
What are your thought about the rotor-cooling technique that Phil came up with? Also, is Kluger pronounced with a hard or soft "g"? Put another way, does it rhyme with the German pistol Luger, or with "luger" - the crazed folk that race on ice-slicked tracks?
The day I picked up my Kluger was the all time wettest (and coldest) February (summer down under)day on record for Melbourne so the car got its first wading moment lesss than a minute after I got in. It was well baptised! We had six inches of rain in the day and are still cleaning up a fortnight later.
The pronunication appears to be like the pistol with a hard "g".
The brake cooling seems to make sense although I am still getting used to the need to have to hold the brakes on hard to stop. I've been driving a manual for many years and tended to rely on modulated braking to reduce brake force in the final stages of a stop, effectively easing off to viturally no brake by the time the car coasts to a stop. With an automatic's tendency to run on, I find I have to brake right down to the line in the Toyota so am still having a few moments! It's a bit disconcerting to ease off the brakes expecting the car to coast to a halt only to find it apparently taking off again.
Cheers
Graham
Is the Honda CR-V (or equivalent) available in Australia? My last vehicle here was a 1999 with a stick. Great vehicle, but the 2005's seemed cramped for me, so I picked up the Highlander instead. So far, so good. Seems very well sorted out.
Just wanted to add a review after one year of ownership, then ask a question.
I bought a '04 Highlander 6 cyl AWD after looking at Pilot and Pathfinder. Bought it because of ride and MPG and because dealer did work with purchase price (which Honda wouldn't).
After one year I offer the following comments: the car is practical for trips to Vermont and is excellent in snow. The car has the infamous "hesitation" under certain circumstances but I have learned to live with it (though it bothers me for a $30K car). It rides great, gets decent gas mileage compared to other SUVs'.
The problem's I seeing now after 15K miles and am asking if anyone has had the same problems are these:
When turning, I feel "clicks" through the steering wheel, i.e., it just doesn’t feel smooth. Like you were going over bumps (but I’m not). I have never experienced this in any other car. Does anyone experience this?
Also, over the last couple of weeks, the heater/ac fan in the dash has started a chirping and mild squealing noise that I’m sure will get louder. Anyone ever dealt with this??
Looking forward to any responses or answers. Much appreciated.