04' - 09' MAZDA 3 and MAZDASPEED 3 Mud Flaps In Stock!!

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JBR

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09' & 2011 MazdaSpeed3
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James Barone Racing
Custom Fabrication of Aftermarket Parts & Accessories


James Barone Racing Mud Flaps for the Mazda 3 & MAZDASPEED 3 are the highest quality flaps available at a price that's easy to afford. Made from thick Polyvinyl Chloride with a attractive automotive finish these flaps will provide superior protection against rain, snow, mud, dirt and road debris for the life of your vehicle.

$95 Shipped!!


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Here's a Link to the product Page
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Thanks,
Jamie
 
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um price is a bit steep, also how are these mounted? is there instructions or a review or anything anywhere?

Steep? These are better flaps and $30-$40 cheaper than the Rally Armor mud Flaps. They are mounted using the provided stainless hardware to factory locations already on the car. I have not posted the install directions as I'm out of town at the moment and have not had the chance. They will be in the support section on my web site in the next few days.

Thanks,
Jamie
 
Nice try but those BASIC mud flaps are crap. They flex at speed and warp, providing little or no protection.

I just got these and like all Jamie's other stuff, these things are great! There is no way these things are going to flex or warp -- you want an idea about how thick these things are, stack 4 credit cards together. You can't compare these to the basic Rally Armor flaps or any of those one size fits none at AutoBoysPepZone. I'll try and get some pictures up in the next day or so.

Thanks Jamie, another home run.
 
im interested but still not convinced.if u say there that thick can u please post a side pic with a credit card next to it please.
 
So is PVC a better material than Rally Armor's polyurethane? I know the polyurethane is softer and flexible. I live in Canada...which means -40 Celsius sometimes. So flexible is not a bad thing.

Will the rigid PVC survive impacts at these temps? And i dont just mean impacts from stuff kicked up by the tires...i mean impacts to the bottom edge if it bottoms out.


PS...your SSP's rocks!
 
So is PVC a better material than Rally Armor's polyurethane? I know the polyurethane is softer and flexible. I live in Canada...which means -40 Celsius sometimes. So flexible is not a bad thing.

Will the rigid PVC survive impacts at these temps? And i dont just mean impacts from stuff kicked up by the tires...i mean impacts to the bottom edge if it bottoms out.

PS...your SSP's rocks!

I was anticipating this question so I froze one in my deep freeze. I can only go down to 10* farenheight, -12* celcius and it performed very well. I was able to bend it with no problem to about a 70* angle. I would suspect that if you had enough of an impact of some sort to damage the mud flap you would have bigger things to be concerned about than the mud flap itself.

Thanks,
Jamie
 
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I was anticipating this question so I froze one in my deep freeze. I can only go down to 10* farenheight, -12* celcius and it performed very well. I was able to bend it with no problem to about a 70* angle. I would suspect that if you had enough of an impact of some sort to damage the mud flap you would have bigger things to be concerned about than the mud flap itself.

Thanks,
Jamie

Looks like a good alternative to the pricey Rally Armor ones but -12C is very far from -40C. Wish we had some more data at lower temps though to be sure. I'll think about it and either order these or the Rally Armor ones in a couple weeks time. Thanks for the response though.
 
Looks like a good alternative to the pricey Rally Armor ones but -12C is very far from -40C. Wish we had some more data at lower temps though to be sure. I'll think about it and either order these or the Rally Armor ones in a couple weeks time. Thanks for the response though.

As with all my parts...If you have a failure of any kind I'll replace them or refund your money.

Thanks,
Jamie
 
A little bit about PVC

PVC is one of the most specified thermoplastics for piping system components, including, valves, fittings, flanges, and
many specialty products. PVC has excellent chemical and corrosion resistance to a broad range of fluids including water,
deionized water, most mineral acids, bases, salts and paraffinic hydrocarbon solutions. PVC material conforms to ASTM
Cell Classification 12454 (formerly designated as Type I, Grade 1). The Minimum recommended service temperature of PVC products is -50F (-45C) & maximum recommended service temperature of PVC products is 140F (60C).
 
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