Does your emitter have a dimple on the side?
It’s worth it to note again that, based on the information of the castings some of the details are lost. Aside from viewing the original or pictures of the originals the castings are really only significant due to the lineage, and are thus useful for only a certain amount of reference and overall detail.
Accounting for shrinkage, accounting for warping, accounting even for undercuts not filling during molding , or clay dams being made to aid in mold release (likely the reason the groove under the buttons is filled or the channel under the card in all the 2nd generation + castings).
I still intend to write a lot of this up in more detail for the first posts but:
Just for an example:
The V grooves are certainly plunged off axis as evidenced by the castings, but shrinkage over the years and generations has made the effect more extreme (like an accordion)
Mathematically counteracting the shrinkage in the grenade arrives at something that (our) 3D model overlays exactly on top of.
I say that to imply there may be dimples:
Despite their absence in the castings.
That Is supported by photo implications (especially under the emitter face).
What we won’t know (unless one of us actually gets to hold and examine the MoM hero) is wether the parts were machined separately and grubbed together, or if those are simply marks of random assortment... or if some of the Yuma parts were cast in aluminum from another stunt saber then cleaned up... or any myriad of possibilities.
It’s hard to tell without having it in your hands
incredible cast, thanks for sharing. Looking at the back of the control box, different bevels on each side down near the saber body?
Absolutely yes. The angles are definitely different and the box itself IS offset, exacerbating the depth on the backside.
They probably cut the Yuma box off center then filed or machine it so the base was at least on center before hitting the bevels.
At least that’s what I’ve seen during this process