wheel spacers

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  • z31maniac
    replied
    Originally posted by Aptyp
    Wait a second you guys, we're talking to a scholar here, let's give him a chance.



    Now in physics terms explain yourself.

    Refer to post #16.

    Your 5 months late.

    Leave a comment:


  • Stephen
    replied
    ^lulz


    I trust 10$ ebay spacers more than that

    Leave a comment:


  • Aptyp
    replied
    Wait a second you guys, we're talking to a scholar here, let's give him a chance.

    Originally posted by EN318isPDX
    i am no tire jockeys but i know how physics work and extending a wheel hub out it puts extra pressure on the wheel bearing thus will cause it to prematurely fail
    Now in physics terms explain yourself.

    Leave a comment:


  • RobE30
    replied
    Has anything positive come from running the ECS spacers? Any issues?

    Leave a comment:


  • bmwpower
    replied
    Originally posted by alpinweib30
    +1?? and when if at all do you need to get longer lug bolts??? or goto studs??
    You need to measure really. I am planning on going with 90mm Turner studs either way, I just need some spacers. I have deep bolt holes on my Borbet Type C's so 90mm seem to be the best way to go.

    I did find this in my search:

    "Footnote
    3 All DR-Systems require longer wheel bolts. These must be ordered separately. When ordering wheel bolts, please follow these guidelines:
    a) If possible, name the brand of wheel.

    b) New bolts must be longer than the original bolts by the width of the wheel spacer used.

    c) The bolt head must be identical to the existing bolt:
    Taper 60° End digit 01
    Round head for M12/d24 mm, for M14/d28 mm End digit 02
    Round head for M12/d26 mm (e.g. OE VAG-wheels) End digit 03
    Flat head for Porsche original wheels M14 x 1.5 End digit 06


    d) Safety guidelines
    (Minimum number of turns for wheel bolts / nuts):
    M12 x 1.25 = 8.0 turns = approx. 10 mm of load bearing shaft length
    M12 x 1.50 = 6.5 turns = approx. 10 mm of load bearing shaft length
    M12 x 1.75 = 6.5 turns = approx. 12 mm of load bearing shaft length
    M14 x 1.25 = 9.0 turns = approx. 12mm of load bearing shaft length
    M14 x 1.50 = 7.5 turns = approx. 12 mm of load bearing shaft length
    1/2" UNF = 8.0 turns = approx. 11 mm of load bearing shaft length


    e) Please ensure that the wheel bolts do not damage any part of the brake system (ABS sensors, etc.). Turn the wheel by hand and check clearance on the inside of the hub. The wheel should rotate freely. (Maximum tolerance for some vehicles is only 2mm -- i.e. Rear Axle Mercedes). "
    Last edited by bmwpower; 01-30-2009, 05:42 AM.

    Leave a comment:


  • alpinweib30
    replied
    Originally posted by bmwpower
    did the OP buy these and did they work? I'm trying to find 10mm hubcentric spacers...

    Are these junk? http://cgi.ebay.com/ebaymotors/VW-Je...261510004r8346

    Or these?
    https://www.parts4vws.com/catalog/pr...mber=202345714
    +1?? and when if at all do you need to get longer lug bolts??? or goto studs??

    Leave a comment:


  • bmwpower
    replied
    did the OP buy these and did they work? I'm trying to find 10mm hubcentric spacers...
    http://www.ecstuning.com/stage/edpd/...heel%20Spacers

    Are these junk? http://cgi.ebay.com/ebaymotors/VW-Je...261510004r8346

    Or these?
    Specializing in OEM, Aftermarket and Performance parts for Volkswagen and Audi's. Neuspeed, Neuspeed Flow Form Wheels, Solo Werks Suspension Coilover Coil over, Euro sport Accessories, WaveTrac Differentials, Bilstein Shocks, VW Parts, Audi Parts, Motorsports Racing Products
    Last edited by bmwpower; 01-30-2009, 05:37 AM.

    Leave a comment:


  • brn2ply7
    replied
    Originally posted by Massive Lee
    A wheel with et0 and a wheel with et20 + 20mm spacers with both have the same offset, and therefore will have the exact same leverage on the wheel bearings.
    This is what i was thinking which is why i thought it was stupid that some people bitch about running spacers if you were just running them to get the correct backspacing in general for them wheel. Thank you for clearing that up.

    Leave a comment:


  • Stephen
    replied
    Originally posted by E30 Groupie
    I use H&R predominantly. I use the TMS 8's and 10's. I also have used some of my own, out of billet aluminum for rotor spacers and the like.
    Cool, i dont need spacers for my current setup, but i might be changing it up soon, good to know

    Leave a comment:


  • Van Westervelt
    replied
    I use H&R predominantly. I use the TMS 8's and 10's. I also have used some of my own, out of billet aluminum for rotor spacers and the like.

    Leave a comment:


  • Stephen
    replied
    Originally posted by E30 Groupie
    At the end of the day, if you pay attention to what you are doing, and monitor them, spacers are perfectly safe and wont cause bearings to go bad really any faster than larger low offset wheels.
    Do you exclusively run H&Rs?

    Leave a comment:


  • Van Westervelt
    replied
    At the end of the day, if you pay attention to what you are doing, and monitor them, spacers are perfectly safe and wont cause bearings to go bad really any faster than larger low offset wheels.

    Leave a comment:


  • Stephen
    replied
    Keep talking! searching around it doesnt seem like there is a definitive thread on spacers.

    Leave a comment:


  • Van Westervelt
    replied
    Originally posted by Massive Lee
    A wheel with et0 and a wheel with et20 + 20mm spacers with both have the same offset, and therefore will have the exact same leverage on the wheel bearings.
    Wont the load plane change though? Granted it would be minimal in comparison to the diameter of the bearing.

    Leave a comment:


  • Massive Lee
    replied
    Originally posted by brn2ply7
    So let me ask this. What would be the difference between running an et0 wheel vs an et20 wheel with a 20mm spacer. Would they not put the same load on a bearing?
    A wheel with et0 and a wheel with et20 + 20mm spacers with both have the same offset, and therefore will have the exact same leverage on the wheel bearings.

    Leave a comment:

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