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I've noticed they've improved of late. Must be Mazda NA responding to poor consumer feedback (including mine). I hope that trend continues. Great cars won't continue to sell if people find keeping them is hard (now, that is one good point about my wife's Saturn, she's usually very happy with their service department).
Are the vibrations associated with the engine idle?
Where did it sound like the popping sound came from? The engine bay? Behind you?
I hope we can help you out!
So far as rough vibrating at idle, if you have an automatic transmission, they should also check the torque converter (sounds like you do). My 89 323 vibrates much harder when idling at a stop than when moving. I suspect the torque converter, but it's not so bad I need to fix it. However, the vibration is stronger than before I had them adjust the AT to fix a rough 1-2 shift.
Have someone look under your car, or do it yourself - if the joints are badly damaged, a replacement is usually smarter. The various options are ...
1. Putting on joints that are pre-cut so they slid on with minimal labour, and just reinsertion of grease - cheap, but (obvisouly) not very long-lasting
2. Having the axle taken apart and the grease and boots replaced, and putting it back together - parts cost will be around 25 per axle, and labour is around an hour and a half (IIRC)
3. Taking the axle apart, and replacing the entire CV joint with a remanufactured (12-24 month warranty) one with grease, and boots - labour cost is the SAME as above, and parts will cost $40-50 more per axle (the joint being extra over option 2)
I went with option 3 on both my joints, when I ripped my CV boots and damaged the axles (heard popping many weeks later) by unjudiciously driving up Pike's Peak in Colorado - dirt road, lots of rocks and debris! Total cost was around $250 IIRC.
The whole thing was explained to my by a very good and well-recommended mechanic, and I confirmed it on the internet (yeah yeah - "If its on the internet, its true!")
Of course, its possible it might be something else - perhaps a steering issue or something - make sure its diagnosed accurately, instead of just throwing parts at it and hoping the problem disappears!
blink overdrive light om my 2000 ES.
Well, one day the light started flashing again
and wouldn't reset. The transmission started to
exhibit delayed/erratic shifts.
I took it in to the local Mazda service dept... They needed to replace the transmission (it took one week) and was covered under warranty.
Now it drives just wonderfully. Hopefully that
transmission problem was a fluke and not a design
problem (hate to see automatic tranny problems like Mazda's 626 several years ago!)
I haven't seen a recall or anything like that though....hopefully those were just two isolated incedents.
As you know, I've been trying to figure out what was causing the severe engine vibrations on my 2002 Protege LX .
It is a high frequency vibration that is at its worst at around 3,000 RPMs on the freeway. The vibration is definitely coming from the engine and not from the wheel or suspension.
I believe my Protege has either defective or improperly installed engine mounts that are not doing their job by filtering out some of the vibrations before they reach inside the cabin.
The funny thing is that the engine feels fine at idle.
My Protege has an automatic transmission. Could that have anything to do with it?
The Mazda service department was no help. They said severe engine vibrations was considered "Normal" for the Protege. If that is true, then Mazda is making some terrible quality cars. I've driven Dodge Neons with less engine vibration. And those things were crude as hell!
Is there a test or any other way for me find out if the engine mounts are the cause of my vibration problems?
Thanks!
It's probably while in motion though...the engine moves quite a lot more when you're moving rather than just revving the engine while stationary (according to some I've talked to in regards to intake fitment).
Check out the amount of transmission fluid in your AT. make sure it is less than the uppermost line when HOT.
I had engine resonance problem at around 3100 RPM which magically vanished after I reduced the AT amount to somewhere between the two lines on the dipstick when HOT viz. after driving 15 miles or so.
Could work for you.
Note:
The Protege engine has one of its mount on the firewall(unique?) which makes you feel everything the engine is doing. I can feel tiny "happy" vibrations when revving which actually increase the pleasure of driving.
But like in your case, if the engine is not stable during revving, that also would be passed on to you.
(I have a major service coming up including
timing belt , water pump replacement)
Here's what I found...the sensor in the shoulder belt reel at the center console has developed a "sweet" spot which causes the buzzer to sound. In fact, if I gently pull on the belt and find the spot, I can get the buzzer to sound continually. The only cheap advice I have for you is to move your seat slightly forward or back to get the sensor off that sweet spot. If that doesn't work for you, I think you're off to visit the dealer. Luckily for me, the sweet spot in our car is at my wife's seating position, not mine. :->
Good luck.
Just about ALL modern 4 cylinder engines are of INLINE configuration....
I tried running premium gas (92 octane here in Calif) and it helped. The pinging was almost completely gone. I was still able to make it ping by accelerating just so, but for the most part it was gone. However, the 92 gas made the car idle rough. Not wanting to continually run 92 in my car, combined with the high CA gas prices, I have switched back to 87 and 89. In short, I've made no real progress.
The pinging doesn't really bother me per se, but if it ends up shortening my engine's life, I will be angry. Mostly I try to accelerate slowly enough to avoid the pinging. But sometimes, like uphill, it is unavoidable. I have it on record that I brought this up twice with my dealer, so if I suffer a serious failure, they are going to hear from me.
I like my dealer, but even the most likeable dealers are still fairly annoying. First time at dealer:
Me: I think the engine is pinging.
Dealer: Computer says no pinging detected.
Second time at dealer (note the sound is identical to the first visit):
Me: I think the engine is pinging.
Dealer (after mechanic test drives car): It is pinging. You have a bad air flow sensor and you need an injector cleaning job.
Me: Ok. Whatever it takes to make it stop.
(Later that day)
Me: Here's my money.
To this day, it STILL PINGS!
Mike
Meade
1. It began pinging almost immediately after I bought it on 87 octane. I gave up on the dealer (no problems found, no "computer codes", etc...) 89 octane has taken care of it!
2. The MAF Sensor failed at 24K miles. It ran rough and hesitated before the "check engine" light came on and stayed on long enough for the technician to find the "code". I understand there may be a recall of sorts?
3. The Speed Control Sensor (something that relays vehicle speed to the transmission so it knows what it should do) died at 36K miles. It decided to downshift to second cruising at 70 miles an hour! Scared the crap out of me (it is an automatic). The check engine light blinked on and off and it ran rough and shifted badly all the way to the dealer.
4. The alternator went out at 48K (just made the warranty!). The charging light blinked on an off and the car had no power at all, ran rough, idled very low, etc... Turns out the alternator was actually overcharging and it was freaking the computer out!
Now it's 52K miles down the road and it's running fine. Hopefully all the electrical bugs are taken care of since it's now out of warranty. It's always been fine mechanically speaking. Hopefully my experiences might be of use to someone. Don't be shy about seeing the dealer if your Protege is running rough at a young age! If one can't find the problem, see another dealer (the quality of technicians varies a lot!).
FWIW, I like to buy the basic trim line (5-sp, manual windows, manual locks, etc) - fewer things to break down. And if/when they do break down, they are relatively easier to fix than all the "power" stuff. I also try to do all of the work myself.
I'm currently driving a '89 626 (5-sp, all manual) with 200000+ miles... Still runs like a charm. And I am still on my first clutch.
Thanks for any info.
Thanks,
Dinu
I would suggest that if your new car has a pinging problem, then you should take it into the dealer and make them fix it under warranty. That's why you have a warranty and that's why they have a service department. If you don't receive satisfaction, keep escalating until you do. If you experience knocking in a fuel injected vehicle, it is simply because the engine computer and or air flow sensors are not regulating the mix of air and gas properly and you have a bad combustion taking place.
For all those using premium fuel, please read the following very carefully as it may help....
What Octane Rating of Gasoline Should I Use?WHAT OCTANE RATING OF GASOLINE
SHOULD I USE?
WHAT IS OCTANE RATING?I THOUGHT GASOLINE WITH HIGHER OCTANE REDUCED ENGINE
KNOCK?WHAT IF I PREFER TO USE GASOLINES WITH HIGHER OCTANE RATINGS?
DOESN'T HIGHER OCTANE GASOLINE HAVE MORE CLEANING ADDITIVES THAT ARE GOOD
FOR MY ENGINE?REFORMULATED GASOLINE Other References
The type of gasoline to use is one of the most misunderstood areas of vehicle
ownership. I am going to offer some ideas that I hope will save you a few bucks
on gasoline.
The first rule of thumb is that higher octane gasoline is not necessarily better
for your vehicle.
WHAT IS OCTANE RATING?
Octane, by definition, is the resistance to burn or detonation. The higher the
rating, the slower the burn when ignited during the compression burn cycle of
the piston. The higher octane allows for better control of burning for high
compression engines. So we want to match the correct octane rating of the
gasoline to the engine design to ensure complete burning of the gasoline by the
engine for maximum fuel economy and clean emissions.
I THOUGHT GASOLINE WITH HIGHER OCTANE REDUCED ENGINE KNOCK?
It did in older engines using carburetors to regulate air/gas mix They cannot as
accurately regulate the air/fuel mix going into the engine as a computerized
fuel injector. Carburetors need adjustment, as a part of regular maintenance, to
keep the air/fuel mix as accurate as possible. So many times, these adjustments
were not made regularly causing too much fuel to be mixed with the air. When
this happened the gasoline would not burn completely soaking into carbon
deposits. This would cause a premature ignition of the gasoline due to the
intense heat in the engine cylinder creating "engine knock." When this happened,
people would change to the higher octane/slower burning gasoline to resist the
premature burn, thus minimizing the knocking problem. And it worked. Good
solution.
However, since the middle to late 80’s, engines are designed to use fuel
injectors with computers to accurately control the air/fuel mix under all types
of temperature and environment concerns. However the accuracy of the fuel
injectors and computers is based on using the recommended gasoline for that
engine.
Most cars are designed to burn regular unleaded fuels with an octane rating of
87. If the vehicle needs a higher octane rating of 89-93, there is documentation
in the owner’s manual, as well as possibly under the fuel gauge and by the fuel
fill hole. Usually you will see this rating for high performance engines only.
WHAT IF I PREFER TO USE GASOLINE WITH HIGHER OCTANE RATINGS?
You can, but there are no real benefits, other than the gasoline manufacturers
making more money off of you. When you use a fuel with a higher octane rating
than your vehicle requires, you can send this unburned fuel into the emissions
system. It can also collect in the catalytic converter. When you over stress
any system, it can malfunction or not do what it was designed to do properly.
In the early 90's, an early warning symptom was a rotten egg smell from the
tailpipe. Easy fix, go back to using regular 87 octane gasoline. The rude odor
usually disappears after several tanks of gasoline.
DOESN'T HIGHER OCTANE GASOLINE HAVE MORE CLEANING ADDITIVES THAT ARE GOOD FOR MY
ENGINE?
No. Government regulations require that all gasoline contain basically the same
amount of additives to clean the injectors and valves. The only differences are
the type to help create the different octane ratings. All gasoline burns at the
same rate, it is the additives that create the different octane ratings for the
different types of engines.
REFORMULATED GASOLINE
In some major cities with air pollution problems, reformulated gasoline is
required. It is an oxygenated fuel, that burns really clean but can slightly
lower fuel economy and engine performance. If your engine is really dirty with
carbon deposits, it will also cause pinging or pre-mature burn. In these types
of situations, you may want to consider stepping up to the next grade of
gasoline.
The bottom line is to use the type of gasoline recommended for your engine. In
some cases, like towing, or other stresses on the engine, you may find a higher
octane fuel helpful.
NOTE: I do not proclaim to be an expert in these matters, but am only presenting
an overview of what I have discovered in my work in this industry with the
different auto manufacturers.
Copyright, 1997, J. Daniel Emmanuel
Other References
American Petroleum InstituteHydrocarbon Online
Gasoline and Your Engine
a detailed described of how gasoline is burned in an engine. Government
Info on Reformulated Gasoline
Reformulated Gasoline Q & A
by ChevronThe Lowdown on High Octane Gasoline
Federal Trade Commission
In some major cities with air pollution problems, reformulated gasoline is
required. It is an oxygenated fuel, that burns really clean but can slightly lower fuel economy and engine performance. If your engine is really dirty with carbon deposits, it will also cause pinging or pre-mature burn. In these types of situations, you may want to consider stepping up to the next grade of gasoline.
Goes against what you said.
When you use a fuel with a higher octane rating than your vehicle requires, you can send this unburned fuel into the emissions system.
Via the O2 sensor, the control module will quickly compensate for that, but you may end up with worse performance, not necessarily damage though.
http://theserviceadvisor.com/octane.htm
Meade
We don't have this reformulated fuel here in Canada, so I am not familiar with it at all. I am curious though whether that is a reason some folks with relatively new Protege's are encountering difficulties with knocking. All things considered, jumping up to a higher octane in such circumstances doesn't seem like the most beneficial fix. If you know what i mean...
Later peeps!
I posted the part about using the link instead of the text. And all you have to do is visit the bookmarks page on that other place to find it.
Meade
Meade
Darren -- I hope you come to a MAPP sometime. I'll make sure you pay double.
Oh, and here's your token smiley-face to make it all grinny and giggly and friendly too:
";-)"
Meade
More topic related, have any Canadian owners of the 1.8L Pro, received a recall notice for the ignition coil? So far, it seems only the US owners have received the oficial recall notice, which is odd because all the Pro's were built in the same factory.
Depending on the trim level, you may want to consider changing out the tires. The Bridgestone RE-92 Portenzas (and Firestone FR-680s) have a reputation for poor wet traction. Try Dunlop SP Sport A2s or Michelin X-Ones. The former is more of an all-season performance-type tire. The latter is more of a touring-type all-season (gives up some handling for quieter and softer ride). I have both tires (Dunlops on my '99 Protege LX and Michelins on my '89 323LX), and both are excellent on wet roads, with the X-Ones having a little more lateral grip when cornering on wet roads.