31 Comments

  1. Wouldn't take much time to remove the center section and put a straight edge on the flange to measure the housing ends and 4 link brackets for the amont of twist/bend.

  2. Steve Morris makes 20% more HP than any pro engine builder. Take any engine to Steve and when he is done your engine will show 20% more than it did at Noonan or Musi or even Sonnies. It must be true because Steve’s dyno says it is so.

  3. I'm not there to see what you guys see, but it seems that it will be safer to remove the whole body and measure the tube chassis or at least remove the rear end and have a good look at it and measure the chassis without the rear end attached and see what shows up, safety first.

  4. The simple answer would be to put it back into the chassis jig and you can validate the C/L of the front wheels to the rear axle. At least you will know what has bent and what needs fixed. If it’s multiple chassis features. A close inspection of the rear end assembly axle centerline to the third member face on the housing. Just a thought!

  5. Might be a stupid question but is the wheelie bar normally bolted to the diff? I know theres not much normal about these cars but that thing is capable of tons of leverage. Not super suprised it is bent looking at the amount of leverage front and rear of it

  6. Tom, it is my honor to share this with you: the driver's side tire always takes more abuse because the driveshaft turns clockwise thus twisting the driver tire down into the pavement

  7. We have been some issues with some NGK stuff here the last few months. I still wont run anything else but it would be nice to have the confidence we used to have in them.

  8. Can’t you take measurements from datam points on the chassis to the diff and all linkages as well as diagonals
    Everything is bolted from those zero points
    Distances from diff housing and separate from diff 4 link brackets on diff back to chassis points

  9. I've always wondered how far Bailey and Co. team goes when they build their own pipe frames. By that I mean a detailed FEM software stress analysis which would require modelling a 3d model of the frame in CAE software beforehand. As for the distortion, any chance it might be related to the torsional forces the frame is exposed to by a 5k hp engine?

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