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Car manufacturers now use that same bit of info for speed increases (as well as decreases) and feed that same wheel sensor data to traction control sustems. The logic is the same, but instead of backing off the brakes as ABS does, traction control either backs off the throttle, or applies the brakes lightly to the spinning wheel or wheels, or both.
Stability control systems actually do compare speeds betwen wheels, as well as other dynamic data, to try to prevent skids, etc. Lots more computer logic there!
BTW, you may have noticed that lots of new cars don't have speedometer cables anymore. That's because manufacturers now use the wheel sensor for the ABS to compute speed for the speedometer. The speedo gauge on the dash is actually an electronic meter.
I have and noticed a vibration in the front end of the car which is transferred through the steering wheel at 50-55 mph and gets worse the faster you go. It kinda vibrates in a cycle coming and going every 2-3 seconds. It does it with a load and when the trailer is empty. The trailer was used the same weekend being pulled behind my brothers F-150 and he said it pulled so sweet that he couldn't even feel it was there.
The freeze plug is leaking.
To repair it costs $500 labor & $1.00 parts.
The whole engine needs to be removed.
does anyone know how to replace the freeze
plug easy? The motor Tech added a GM motor
seal product that seems to help. He didn't want
to take my money yet.
If you think I should take it to a professional to have it done, just let me know. Also, do you know how much something like this should cost? Thanks!
Brake rotors aren't tough to remove/replace, you just need the appropriate tools.
Basically, you remove two bolts from the back of the caliper, and pull it up away from the rotor. Fords usually have Torx head caliper bolts, so you may have to go shopping for a set of Torx sockets. When you remove a caliper, you'll need some wire to suspend it with so the brake line doesn't get stressed.
Sometimes the rotors can be pulled right off by hand, but you may have to coerce them with a rubber mallet. Some designs require that a tool be used to disengage the rotor from the hub assembly, but I've not seen this on a Ford.
Some major auto parts stores will machine rotors for about $10-$15 per rotor while you wait, and I've never been turned down by a full service outfit, although they sometimes make you wait quite a while if busy.
I've personally spent as little as $50 and as much as $150 on new rotors for various cars, but I don't know what the high quality NAPA rotors for a Taurus would cost. Don't trust the guy at the parts counter to guess the right size for your car, either. Some like models come with multiple rotor sizes depending on exact date/location of manufacture, and ordered options (like towing packages). Measure the diameter of your old rotors, or take one with you to the store.
Even with the most expensive parts, you're going to come in at a lot less for the job than if your mechanic had done it unless he's extending some pretty deep discounts to you.
When you reassemble everything, if you're using new rotors, you may have to force the pads apart, which can be done with a wood block and a c-clamp or pad spreading tool. Use of anti-seize compound on the hub/rotor mating surface aids future removal, and the caliper bolts may need lubrication with high temp. grease.
Reinstallation of the caliper bolts requires a torque wrench. The torque specs can be found in Chiltons or other basic repair guides. Also use a torque wrench for the wheel lugs to prevent overtightening which can lead to more rotor warping problems. Don't buy a cheap torque wrench with the pointer/guage on it, because you won't be able to see it when the wrench is backwards and inside the wheel well while tightening the caliper bolts. Get the breakaway type (much more expensive, but a valuable asset for car repair) that clicks off when you reach the proper torque.
Hope this helps, good luck...
You'd probably be wise to hunt down a decent repair manual for your car and follow it's procedures for this type of job. They go into details (like torque specs) that may be specific to your model year. Chilton's or Haynes manuals are usually adequate for this type of work, don't cost much and are easy to get (your local library may even have the right one so can photocopy the relevant pages). Manufacturer shop manuals can be had at dealerships, are VERY detailed and usually cover only one model year. However, they are very expensive (can be $100 or more), and most assume the reader has a fair amount of experience working on their vehicles, and for some procedures also assume you have the same specialized tools as the dealer. Alldata has a web site which contains online shop manuals for 1000's of models, but you have to pay a yearly subscription to view just one. I subscribed one year for my Taurus, but found that the amount of time I used it did not justify the cost (around $30 yearly if I remember correctly). At the time it was also somewhat lacking in details for some procedures and schematics of the vehicle.
Note too that you cannot mix the two types. You MUST replace what you have with the same stuff when you flush and refill. They are not compatible with one another. That would be a Doubly Bad Thing (TM) if you mixed the green stuff and the orange stuff. I don't know what actually happens, but the warnings from Ford and on the bottles is enough to convince me of that! ;-)
There's no recall for that that I know of (you can go to Ford's website under Owner Services and enter your car's VIN and it will report back any open recalls on your car).
By the way, technical service bulletins are neither recalls nor a free repair (unless you are under warrantee). They are created for Ford dealers to provide them more info on specific service issues. So even if the TSB applies to your car, you are not entitled to any work from Ford at their cost unless you still are under the base warrantee or an extended warrantee covers the work. Not that you assumed that or anything, but I just wanted to point it out for a reader that might have wondered (since you asked about a recall and also mentioned a service bulletin).
I looked at them, they are not conventional type that you can adjust them with pin.
Due to worn road surfaces and the use of tires that are excesively hard [high treadwear rating >200 or more than 2 years old] it is usually impossible to get much above 0.87G! For the entire average distance [testing of police cars say 25 feet/sec squared is minimum].
"The above computations were figured on dry pavement, for which we used an average braking rate (a combination of coefficient of friction and deceleration) of .870 g. But consider wet pavement. When inclement conditions present themselves, the braking rate drops considerably -- and the braking distance grows exponentially. On wet pavement, for example, the braking rate drops from .870 g to .600 g."
http://www.edmunds.com/ownership/driving/articles/43810/article.html
This is the usual set point of the ABS system, car with soft performance tires might be set to allow 0.9 G for the maximum tire deceleration above some standard speed [15-20 mph] because that is as good as the road gets!.
The harder the tires the quicker the ABS activates [due to their lower friction capabilities so they lock up faster] and the longer the stopping distance.
http://www.delphi.com/pdf/techpapers/2002-01-0301.pdf
I don't claim this is typical, but one should not set the set-point on an ABS system for average surface conditions, because then that becomes the best the vehicle can do, no matter how good the ACTUAL traction may be. If the engineers the ABS for 0.8G, then they have decreed that the vehicle can stop in no less than 151 feet, no matter how good the actual surface friction may be.
If you have tires that have relatively poor traction, then a wheel will start skidding at lower braking force than with better traction tires and the braking force you can develop will be less than with better traction tires, as the ABS limits the braking force so that the wheel won't lock up. Your stopping distance thus will be longer with lower traction tires, and the G forces you can develop will also be lower.
The ABS system has nothing to do with sensing G forces during decelerration, but will allow more stopping force if the tires will grip enough to permit the wheels not to lock up.
So, mullins87, you are not showing your ignorance, you are right.
Thanks for clearing that up for me.
Check this out from a reliable source! http://www.lemonaidcars.com/secret_warranties.htm#3.8L
I also had the reservior tank crack and leak anti-freeze. I replaced this unit at cost to me. Happened at 60,000 miles.
Ford should have recalled the cars to replace reserviors before they led to blown engine gaskets. Ford is a lousy run corporation.
Toyota's Camry got a 73 rating from consumer reports. The highest rating of all mid-sized cars while Taurus got only a 54.
My warning light came on at 65,000 miles and had to be put out by the dealer. A tune-up was needed and caused the alarm.
I replaced the front brake pads at 55,000 miles to prevent problems from excessive pad wear. Make sure you buy the expensive pads (over $60)or you end up with blackened sooted rims.
At what mileage did you have this done?
If a dealer is recommending this, they are likely trying to rip you off.
Furthermore, a cracked antifreeze overflow reservoir would have nothing to do with a blown head gasket, unless you somehow ran the antifreeze level so low that the engine overheated, which could warp a cylinder head. In that case you should have seen it on your temperature gage and stopped driving.
I have not heard of significant amounts of head gasket failure complaints on the current V-6's available. Has anyone had head gasket problems on either their Vulcan or Duratec engines?
Your comments about Consumer Reports ratings are incorrect as Consumer Reports does not use a numerical system you listed to rate cars.
As far as power steering fluid. Get a turkey baster and suck out the fluid. Add new fluid. You may want to do this a few times over a couple of weeks. Should get you fresher fluid.
If the Power Steering is not leaking then I would recommend the turkey baster method to replace it a few times until it is clear again.
Is your exhaust white? That indicates that water from the radiator is coming into the combustion chambers.
How many miles are on the vehicle?
Has the transmission been serviced?
Have you had an oil analysis done? That is a good indicator of water getting into your oil system.
Have you had a compression test? I understand that they can determine whether it is a gasket or other cause.
Car starts perfectly fine after sitting for about 1 hour or more - in fact, I can get the starter to turn until I start down the road. If the car should happen to stall, or I forget and stop to gas up, the car won't restart - it simply makes a clicking noise from under the right center portion of the dashboard. Give it about 10-15 minutes and starts right back up.
If the car has been driven some distance, a few miles or so & it stalls out, then if I play with the shift lever in the neutral or park position, I can get the starter to catch.
I had a starter relay lying about so threw that on - with little expectation of fixing the problem and I was right ("didn't fix it" he noted more concisely;)
I was thinking about replacing the neutral start switch off the top of the transmission ... any thoughts??
Btw, old "Red" just turned 192,000 and doesn't burn nary a drop of oil (leaks it sure, but not out the exhaust! )
200,000 or Bust!
Scott
Could you elaborate??
Thanks!
There's usually an override procedure in case your brake light fuse or something goes and keeps you from getting it out of park even with your foot on the brake.
It is a case of regulating stupidity--I guess there were too many cases of people revving the engine in park and yanking the car into reverse and zooming backwards...
I don't think it applies to the original poster--the car is too old to have an interlock, if I recall correctly. And it only affects the ability to shift the car. It'll start fine with a bad interlock, but you won't be able to go anyplace...
Actually, there are 2 different things going on there. One is the mechanical bit that keeps the key from being turned to 'lock' except when the auto trans is in "P." The other part is the neutral safety switch, which keeps the electricity from flowing to the starter if the trans is not in "P" or "N." That's an electrical switch in the transmission. If the mechanical part keeps the lever from going all the way into "P", then the neutral safety switch will keep the juice from going to the starter.
Good call--definitely something to check!
I've kept track of my expenses on my vehicles: 1 domestic, one Mazda which for that year has a Mazda Motor and Transmission and everything else is domestic, and one made in Japan. I was recently surprised. I have kept 4 years of repairs on my computer. Over that time the repair costs have averaged the same. They are so close as to be indistinguishable. More repairs on the domestic, but the costs are so much lower that it the imports soon make up the difference. For example. Timing belt on domestic. $150.00. Same repair on import $450. And the list goes on.
These cars were all purchased with over 60K on them so I'm talking about a history with older vehicles. My goal is to take every vehicle to 200K so I maintain rigorously.
I will probably buy my Dad's when he gets ready to sell at 125K.