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Part of what I need to do to get the Midget over the hump is to get it out of the wind. A few weeks back, I determined where I wanted to have the front end sitting . . .

I think that looks about right. In that position, it’s sitting on the bump stops.
Since then, I turtled the Midget and started to work on the undercarriage, so everything is upside down and easy to work on. This is as close to roll cage testing as I ever hope to get.
The height of the bump stops are ~2” from the top of the cone on the A-arm spring pan and the bump stop cone which locates the spring on the top into the spring perch. Here’s the assembly with the bump stop removed –

After talking to folks about cutting springs – nobody wanted to do it, and I don’t have a torch or any way to reconstitute the end of the coil – I started checking into air springs. If this were a Chevelle or an F-150, I could order a kit. There are racing springs available for the Midget, but nobody could give me an exact height after installation. Besides, I may want to make adjustments.
After going through Air Lift’s offerings, on a whim, I pulled up the McMaster Carr catalog on line. Well,
shazaam! Here’s what I found –

1.5 to 3.6 inch working height, designed to operate between 2 and 3 inches, handle up to 600 lb’s each (the Midget weighs about 1,500 – the stock spring rate is 285). Yeah, they’ll be a bit soft, and I’ll still need to come up with some sort of bump stop, but it’s not like I’m doing the Baja 1,000 with it.
And as I have said countless times before – it’s all a grand experiment.
The bags arrived today. I took one with me to the hardware store, and started putting things together in my head. First thing I noticed was the base –

I need to evenly distribute the pressure over a broader area than just the bung of the inlet pipe and the boss for the stud. But what could I use? A trip down the electrical aisle turned up these –

Sure enough, the inside diameter is a perfect fit, and the weight will be much more evenly distributed to the bump cone.
The other end was shouldered, and I wanted to make a more solid contact with the A-arm cone, so a couple of large fender washers were epoxied into place –

From there, it was simply a matter of drilling holes in the top of the A-arm cone and bolting it all together –


I won’t know for sure if it will work until I get the engine back in it, but if it does, I’ll have bagged a Midget for less than $150.00.