Anyone spotted the shroud screw is the same style as the ESB? I dont believe they are stock MPP screws?
Pop rivet or screw (I’m leaning towards screw)?
Looks like the plastic bulb release housing end is snapped-off and the screw may be broken…
And the top screw of the bulb release housing has been replaced with the same non-OEM screws seen in place of the socket mounting screws…
What do you make of the black paint? It looks like paint but if you look at the first ring on the pommel, it could be black epoxy?Boy the black paint between the grips... the pozi drive attempt at holding down that broken grip.. the new shroud screw...bent bulb release screw...
What is going on with the apparently “slumping” knurling on the thumbscrew??
haha yes, exactly. I should add photos, I know, I've been so excited that I jump at observations. There DOES appear to be a slight reduction, like from a metal file on a lathe just after the core about 1mm. Then I see two set screw marks.
It seems that the blade is fixed in a relatively high position, and the screw marks are slightly higher up.
It is indeed possible to extend the length of the metal ring to reach this height, but I think it's exaggerated because the stainless steel rod has no groove, unlike the DV6, which has a groove. Without a groove, the blade of the MPP stunt lightsaber will fly out of the stainless steel rod when striking.It could've just used a fencing blade with a longer plug and outer ring.
i will respond to this. I have to sit down and doodle what's in my head. You are absolutely right the cupped set screw mark on it today is very high relative to the ESB sabersIt is indeed possible to extend the length of the metal ring to reach this height, but I think it's exaggerated because the stainless steel rod has no groove, unlike the DV6, which has a groove. Without a groove, the blade of the MPP stunt lightsaber will fly out of the stainless steel rod when striking.View attachment 1953207From this image, I can vaguely see that the metal ring of the blade is relatively low, and the screw is located on the left side of the shroud.
That or someone took upon himself to tighten it with a pair of plyers, hence the damaged knurlingPossible misalignment of the knurling heads. I just did some knurling myself and found that I hadn't properly aligned my knurling tool and my knurls came out at a slight angle.
Oh my gosh. That hole in the front goes right into the core and is just a drill hole. It’s stopped part way through the core and is solid at the bottom
View attachment 1953415
Oh my gosh. That hole in the front goes right into the core and is just a drill hole. It’s stopped part way through the core and is solid at the bottom
View attachment 1953415
Honestly, my first thought was that this hole was the first one. It’s way too close to the edge, you can see the blow-out on top that’s either the socket or empty space.
I would imagine they then drilled lower into the solid core then, I guess that’s one way to find the edge lol
I’ve done this too. Without careful planning you can forget where the core starts and ends once it’s slid into place