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Posts posted by 64Avanti

  1. They are more or less standard size. The bearings that Studebaker used are the same as, for example, some Chevy's and Fords. Therefore the bore in the hub is the same and therefore the caps will fit. You may find that the replacement caps are a little tighter than your old Studebaker dust caps.

  2. But, I doubt more than two cars utilized them.

    There were more than two but not many. Those changes were made to increase the camber gain while cornering and lower the front a little with standard spring height.

  3. The front suspension also had other changes. King pin, spindle and lower knuckle were also different! Those changes along with the lowered upper control arm mount were Studebaker designed changes not Granetelli designed changes and they all have Studebaker drawing numbers.

  4. The big end of the Studebaker connecting rod is one of the week areas. What happens is the hole becomes oblong pinching the bearing in and potentially spinning a bearing. 7,000 rpm for a brief period is ok but not for a long period of time. However 8,000 rpm with a 289 Studebaker and a stock rod is not a good idea. If 7,000 RPM is ok with a 289 then 7400 rpm should be ok with a 259.

    Before anyone says but they were R3 rods, the only difference was the small end that used a press-in pin instead of the pinch bolt. I also have one R3 rod that had a bushing in the small end for a full floating pin.

    I hate to say it but you can't believe everything that Andy said!

  5. I remember in 1961 when I was only 10 (I think I was interested in cars when I was 8 or 9) that Studebaker was considering dropping the Hawk model and perhaps calling a 2 door Lark with 289 and bucket seats a Hawk. I was very happy when the 62 model came out.

  6. The belt load on an R2 from the blower belts is very high and will result in low life compared to an R1. Of course many of us have seen a non Avanti pump used on an R2 Avanti and then due to longer distance from the pulley to the front bearing the shaft fatigues, breaks chews up the radiator and breaks the shroud or something like that!

    On the water pumps the shaft forms the inner race for the ball bearings and has a groove in it and that is where it breaks.

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