I'd ask how its supposed to be done since the 24 bolt wheels don't have the centering hole?
There are three holes, spaced at 120° which are a tad under Ø15.0mm. All other 21 holes are Ø16.0mm. Now... the protruding, knurled area on the studs measures 14.1mm, which leaves us with almost 1 mm of
radial play, between both halves. While that doesn't sound to be much, it still is enough to a) best case: compensate- or at least reduce the radial run-out of the inner rim; or b) worst scenario:
increase the run-out to possibly exceed 1/8"...(!)
So, if one wanted to take the extra time... mount the wheel assembly (no tire, no O-ring) on a wheel stand and determine (and mark) the most convenient position.
Since the
outer wheel(centers) are stamped and then machined, everything including the outer bolt hole circle is relatively well centered on them. So it doesn't really make much difference, as how one would index both halves to each other.
Obviously the military doesn't care about a little tire wobble... and I must say that in most cases I have been "lucky enough", after just bolting everything together as it fit.
BUT... I also have had some of those same wheels so bad that the only cure was to enlarge those three holes; position/tighten the inner part to where it showed minimum run-out and then drill both halves to fit two Ø5/16" dowel-pins, placed at about 175° to each other (not 180°!).
Doing everything right the tire should spin like in this short video...
https://youtu.be/ap8my0e9Jl8