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Mazda5 Brake Questions
Discuss brake issues with your Mazda5 here.
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Comments
Has anyone else had this problem, or know what the problem is? This has starting happening in the last month - could it be related to the cold temperatures?
HiFive
So, yes, it has happened to me just as you have described; and yes, I also put the blame on the cold temperature; and yes the noise stops once I drive my car a few seconds/minutes and brake a couple of times; and yes, I didn't notice this at all when the weather was warm; and no, you are not alone. I also notice that, in addition to squealing, the brakes become very grabby when you use them after the car sits parked for a couple of days.
Anyone know if this could signify a problem?
Also, my ABS worked for the first time last night when I stopped at an intersection that was covered with black ice - it's been cold here in NYC - and I actually got excited and clapped.
Also, i'm not sure if it's connected to the squealing issue but whenever i have some weight(2 people) on the back. It sounds like it's groaning sometimes sounding like the back is dragging on the road. This issue also ONLY happens during the first few minutes of the drive.
I'm a newbie and if anybody can recommend what I need to tell/ask the service guy to check it would be greatly appreciated.
Thanks in advance for any input!
I was worried the first time I heard the sound, but then someone at work said the noise was related to the brakes being wet. I haven't given the noise much thought since
a) the sound always stops, and
b) I've noticed the noise only happens after it rains.
I'm curious to see if others have similar experiences, or if I need to have my brakes checked ASAP.
David
David
Well, I think that how you rate the driving experience depends on what you are used to. Compared to the 94 Villager that this car replaced, it has more power and handles better. (but the Villager has more room and has approved towing capability) The Mazda does have the occasionally hesitation under acceleration that others have mentioned. I'm in California, so I don't have to deal with snow as others have complained about. These brakes are so sensitive compared to my other cars, that I have a bit of problem getting used to them when I switch cars.
I actually haven't driven the car that much since my wife uses it the most - others on the forum may have more info. Many have complained about the lack of power, but it's enough for us.
Regards,
David
majority of the time when I apply pressure to the brake pedal, I get resistance from the pedal all the way through... i can ease into the brake pedal and the car slows down to the amount of pressure i put on the pedal... great!
but once in a while when I put my foot on the brake pedal, I'll get no resistance for about 1/3 of the way down and then suddenly I get resistance and the brakes abruptly start to slow or stop the car...
this tends to happen when i slow down with the brake pedal, release the brake pedal, coast for a second or two then immediately press the brake pedal again... and it also happens when I try to park the car using the brake pedal to slowly ease into the parking spot (not pressing gas pedal at all just using the brake pedal), sort of looks like a jerking motion of the car each time i release/press the brake pedal and try to inch into the parking spot...
I find myself searching for the point when the brake pedal should provide the proper resistance to my foot so that the car slows down and/or stops accordingly...
can't seem to find that sweet spot on a consistent basis...
sorry if I'm not describing this properly... but does anyone know what might be the issue...
Saving us from a fender bender.
Reading the manual, I learned that the 'emergency brake assist' or some sort or feature detects the speed of pedal travel. Based on this the brake system will assume you need
immediate brake application and acts accordingly.
I'll have to read on that again... does anyone have anymore info on how the emergency brake assist works or similar experiences???
I like having some sort of brake resistance against my foot when I hit the pedal so I have some feedback that the car is actually stopping... even if the brakes do get applied to the maxim the lack of resistance doesn't seem right...
Seeing one on my right rear rotor @ 1000 total miles.
Rotors will obtain surface rust after they become wet(rain)while setting for as little as a day which probably attributes to temporary noise.
Ron
According to my Mazda Full Circle service report, my brake pads are at "yellow", which means about half or slightly more of my brake pads are worn. They do not, necessarily, need to be replaced until I reach "red" status. Anyway, I recently had my tires aligned, but at about 60 mph on the highway I hear, more than I feel, a slight shimmy. Before the alignment, I slightly FELT the shimmy through the steering wheel, but after the alignment, I just hear it - no feeling. So, I think I may need tire balancing, as well.
In any case, my Full Circle Mazda dealer quoted me a price of $100 for a 4-wheel tire rotation and balancing. They also quoted me a price of $200 for replacing the brake pads in the front, and another $200 for replacing the rear ones. If I want my rotors "shaved", then they would add another $100 to the price of each set of brakes ($200 more for both front and rear). So, getting my tires rotated and balanced, and getting my brake pads change would cost me anywhere from at least $500 to $700 (should I choose to get my rotors shaved). What do you all think of this?
I, most likely, WON'T get my rotors shaved, since I don't see a need for that. So, it would come out to about $500 plus tax for brake pad service and the tire rotation and balancing. Is that a fair price? Should I shop around? Please advise. Thanks.
BTW - I have almost 25K miles on my 2006 Mazda 5 (that I bought in July 2005) and my tires are just fine.
I still love the car, just hate how they messed up the transmition when they 'udated' it after the idiots had driven in 2nd gear for hours at highway speeds. They did not fix the issue(update) as it can be repeated on what was then new 2007 cars so they put in the 5 speed from mazda 3 also increasing the mpg at the same time. If you want to duplicate the issue try slowing down, when car is in 3rd, as if for a stop light and then having the light turn green put your foot on the gas there is a hesitation and then it grabs-thud. You can also see it as the dash gear display does not change as the exact same time as the actual transmition. I spoke to one of the engineers and he said they 'dumbed' down the transmision and as not enought people complained they were not bothered fixing it.
With that out of the way, you have to figure that the car weighs ~3,400lbs and it's powered by a 2.3L engine that makes very little torque at idle. If the engine is required to hold the vehicle against an incline, the fuel consumption would need to be increased to support the vehicle. Of course, you'd wonder why your mileage was reduced.
Say, does Subaru still make cars with the hill-holder feature? Steve_host would know that one.
The other option is to get a Nissan GT-R, but it is a little bit pricy
Drivetrain
• ATTESA ET-S All-Wheel Drive (AWD) with independent rear-mounted transaxle integrating transmission, differential and AWD transfer case.
• Rigid, lightweight carbon-composite driveshaft between engine and transaxle.
• Electronic traction control plus 1.5-way mechanically locking rear differential.
• Vehicle Dynamics Control (VDC-R) with three driver-selectable settings: Normal (for daily driving, controls brakes and engine output), R-Mode (for ultimate performance, utilizes AWD torque distribution for additional vehicle stability) and Off (driver does not want the help of the system).
• Hill Start Assist prevents rollback when starting on an incline.
If nothing else, you can always use the old parking brake trick. It'll wear the parking brake pads sooner, but they have to be cheaper then a pair of new bumpers from a roll-back!
Shifting in Automatic Transmission is still done by fluid pressure but the directing of the fluid on newer cars is done by computer controlled electrical servos, and not a mechanical valve body.
Also, the pressure is not what holds holds the car. Rather, it's basically the amount of slippage that the torque converter allows at idle that "holds" the car. This slippage is allowed up to a certain RPM (stall speed). While this stall speed is mostly part of the TQ's inherent design, it can be overridden by a fluid servo that will do nothing more than lock the torque converter (typically at highway speed).
As an aside they also mentioned that the left front strut was in need of replacement as it was deemed unsafe to drive the vehicle. I will be sending a complaint to Transport Canada as this is definitely a safety issue.
I will keep you posted as events unfold.
Brian
:mad: :sick:
Thanks for any suggestions!
http://www.youtube.com/watch?v=O9fpwj2ZQSM
It seems to be part of the sediment/layer that sticks to the rotors after they cool down (i.e. overnight after some rain or snow), and it goes away as soon as you step on the brake a couple of times. During the day you can see it like "rust" on the rotor. Would it have to do with the brake pad material used? Who knows...
If I don't go to an authorised dealer what make of pad should I fit?
However, if at all possible stick to original factory parts, they seem to be of a higher quality build and material, plus it is what your vehicle came with from the factory. You can never go wrong with OEM factory parts. If not, I am sure any local auto parts store carries brake pads.
The thickness of the disk changes with the temperature, but only microns.
If you would get the brake shoes only to touch the disk, then yes, maybe there would be a thin gap.
When the parking brake is applied, there is a lot of tension in the cable. Think of it like a pulled spring. A little change in the thickness of the disk will be accommodated by the tension.
Now there is a way to pull on the hand brake so hard that a bracket somewhere may get bent and the cable then, gets effectively longer. That leads to the brake not being set properly. Like you would only pull it one or two clicks only. Changes in temperature may affect its effectiveness, then. But the change will be more likely due to brake cable expansion or contraction (tubes also) then the disk brake dilatation.
Also keep in mind that disk brakes are made to withstand high temperature (and a lot of variation). Such materials do not expand/contract that much.
Another example of the high qualifications dealership technicians have.
The only thing that is hard to do when changing pads is compressing the brake piston. It is now extended to make up for the wear of the old pads. For the new pads to fit in (they're thicker) the piston has to be pushed back.
Some parts stores will loan you a press for it. Otherwise you can make a wedge out of two wrenches (big ones) and push hard on the piston. To do it easier, you could open the bleed screw behind each caliper, but be sure to bleed the system afterwards to make sure no air got trapped in the piston chamber.
Other useful things I could think of are to make sure you don't lose the thin copper sheet that sits under the pads - it acts like a spring and also ask the store for some anti-noise paste. It applies on the back of the pads to quiet the squeal.
It's a good idea to take the caliper apart and re-grease it to prevent it from getting stuck.
For some cars it is required to use new screws for the caliper, although I never did it.
Good luck and have fun!
Second, I couldn't retract the rear brake pistons at all. Does this have something to do with the handbrake function there? And do I have to use the bleed screws to move the pistons, in order to get the new pads in? Thanks for the advice, I need it!
:confuse:
But I have to second the question in #50, namely what sort of special tool is needed to retract the R pistons? My wife's '96 Honda Accord wagon also needs a special tool to retract the R pistons - would that work on my Mazda 5? Thanks!
What I am asking about is the tool (Hex socket ?) and what size (mm?, in?) for the screws holding the caliper to the pad holder
Thx