Rf shock settings

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  • LIS20
    Member
    • May 2007
    • 83

    #1

    Rf shock settings

    Does setting the rf shock setting to full stiff create a tie-down effect-- ie. Slow the rate of"pop-up" of the shock -- also what is the effect of setting the compression to full stiff have?? I'm trying to get the action of shock settings in my head-- thanks in advance
  • MasterSbilt_Racer
    Senior Member
    • May 2007
    • 14324

    #2
    Originally posted by LIS20 View Post
    Does setting the rf shock setting to full stiff create a tie-down effect-- ie. Slow the rate of"pop-up" of the shock -- also what is the effect of setting the compression to full stiff have?? I'm trying to get the action of shock settings in my head-- thanks in advance
    Rebound or compression, stiffer means it takes more force to move the shaft at a given speed. Shock force is a function of shaft speed.

    If you slow it enough, the amount of travel seen on the track can be changed significantly. Most cars have a lot of rebound on the RF these days to keep the nose from popping up suddenly when you accelerate. This is needed because typical spring rates are half what they were 20 years ago. This is accomplished in the lower shaft speeds. When the shock is switching from compressing to extending on the track, the instant it switches direction, it is moving relatively slowly. So, shocks are built to be stiffer in rebound in the zero to 2"/sec speed range compared to old linear shocks.
    Last edited by MasterSbilt_Racer; 08-02-2017, 07:00 AM.
    Modern Day Spec Wedge Racing

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    • fastford
      Senior Member
      • Dec 2008
      • 4059

      #3
      Originally posted by MasterSbilt_Racer View Post
      Rebound or compression, stiffer means it takes more force to move the shaft at a given speed. Shock force is a function of shaft speed.

      If you slow it enough, the amount of travel seen on the track can be changed significantly. Most cars have a lot of rebound on the RF these days to keep the nose from popping up suddenly when you accelerate. This is needed because typical spring rates are half what they were 20 years ago. This is accomplished in the lower shaft speeds. When the shock is switching from compressing to extending on the track, the instant it switches direction, it is moving relatively slowly. So, shocks are built to be stiffer in rebound in the zero to 2"/sec speed range compared to old linear shocks.
      very good assessment , when going to this set up , bump stop or 2 stage , shaft speed is critical....

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      • Matt49
        Senior Member
        • Jun 2007
        • 3123

        #4
        I agree with both responses. Anybody that is still subscribing to the idea that shocks are just for fine tuning a setup, is likely lapped traffic. With the increased dynamics of the cars these days, even small shocks adjustments can have a drastic affect on the balance of the car.

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