Shield Widening

I’ve continued the work on replacing the back-side detail of the shield. This time, I decided to follow a suggestion from “Cecil” on the Gundamofficial forums, and build the outlines of the raised areas with styrene strips, and fill in between with polyester putty. The advantage of this approach are that I can build straight edges more easily than by cutting and filing 1mm plate. The disadvantage is that it becomes harder to follow the pattern and there are the putty steps to be done. I used 1mm x 1mm strip, and glued my pattern to the back of a .3mm plate. Unfortunately (and I can’t figure out why or how this happened) despite trying to follow my pattern, some very strange issues arose, and I wound up playing certain things by ear after correcting the glued strips. I’m hoping it’ll look alright after I clean it up a bit. If not, then I may do this portion of the work over again. While I was applying the poly putty for the shield back I also applied some for the shield front – certain areas needed a bit more filling, especially the bent part of the shield.

My Doro Doro is in really sad shape. I think the last time I used it before the Zaku project was when I made either the V-fin or the feathers for the Wing Zero – back in February, probably, and the can was apparently never closed up properly. The stuff has little chunks in it now, and it’s not properly thin unless thinned with Mr. Color Thinner. It may be time to get more.
New shield back face (strips, no putty yet)New shield back face after puttying, and shield front after re-puttying.

Shield Widening

With the outer surfaces of the shield more or less finished, I turned my attention to the inner surfaces. To give the back surface a good work surface I cut out some 25mm wide styrene rectangles to fit inside the back of the shield. I added some .5mm strips to the inside of the shield so these new plates would sit level with the edge of the kit part. Then I drew up a design (pretty much just a widened version of the MG shield detail) for the shield detail on 1mm graph paper, cut it out, and attached it to styrene rectangles I’d cut out, then cut through the areas that needed to be removed, gradually removing material and then filing it down to a uniform edge. The result is still a bit sloppier than I’d like – I think in the future when I start filing I’d better be more careful, and take more measurements as I’m working. So far I’ve got the part for the top section of the shield cut out and installed – next I need to cut out the detail for the main part of the shield.
Plans and parts7mm tube (this will come in handy later...)The flat-faced shield, and the detail parts with patterns glued on
The top detail after cutting away most of the blank space.Current state of the shield

Shield Widening

The MG and PG Zaku kits all have very slender shields. The MG Zaku shield is about 82mm long and 22mm wide: about a 4:1 length:width ratio. The 08th MS Team HG Zaku kit, on the other hand, has a shield length of 50mm and a width of 20mm: a 5:2 ratio. It’s not as though the HG kit is infallible, but it’s a pretty wild variation between two kits of the same design. I decided that I preferred the wider-looking shield, as it seemed to have the potential to actually block something. As a result, I’ve widened the shield from its original 22mm to 28mm: the new shield is the same width as the HG shield would be if scaled up to 1:100 scale, and about 8mm longer. I’m still undecided as to whether I want to add the spikes to the shield – one the one hand, they are a nice touch, but on the other hand I feel like that starts to pull the design too far from what a “Zaku” is. I’m not sure yet what I’ll ultimately do.

To widen the shield, I first measured a (more-or-less) center line along the length of the shield, and attempted to cut along it with a razor saw. Then I measured the side walls of the shield (1mm each, so 2mm total) and subtracted that from the final shield width I wanted, and cut a rectangle of styrene that width (26mm) and glued it to the back side of the shield. I re-joined the pieces and filled the gap in this way. I checked my work by measuring and realized that one end of the shield was wider than the other: 28mm at the bottom end and between 28.5mm and 29mm at the top end – so I pulled the parts apart again, trimmed down the styrene plates holding the shield halves together, and reglued it, this time aligning according to measurements. Once I was reasonably happy with the alignment I filled in the remaining gap with more styrene and then polyester putty.
Original ShieldAfter wideningFilled with styreneFurther filled with poly putty

Painting

Painting white in the Max Watanabe style basically means you first paint the parts a dark gray (I used Mr. Color Navy Blue – my favorite “black” for most purposes) and then paint them white again, starting at the center of the panel and moving outward to the edges. Because it takes so much white to seal out the black, you get a natural variation, and it’s easy to define a gradient, because each time you put more white paint somewhere, it gets a little lighter instead of a lot. So far I’ve painted most parts black and a few parts white. Once the gradients are done I’ll further highlight the white parts with an even brighter white.

Parts (1)Parts (2)Wing (painted black)Wing (painted black and shaded white again)Head

Wing Recasting

I recast the kit-supplied wings, and then after a long time trying to clean up the feathers on the casts, realized that the originals were crap. So I built new feathers, recast those, and attached them to the cast wings.

Recast delta wingCloseup of new feathersTest Fit as of March 9th, 2005

Wing Zero Project Update

After the my initial return to this project, the model looked like this:

Test fit as of December 12, 2004

Beam Rifle:The kit includes parts to build the beam rifle as a single, twin beam rifle. The halves can be separated, but building them as two separate rifles requires additional work: so I made some changes.
Rifle 1Rifle 2

V-Fin:

I rebuilt the V-Fin completely from scratch. I used a Kotobukiya rectangular nozzle part to make the centerpiece, and built the antennae out of sheet styrene and polyester putty.

Parts and comparisonTest fitOriginal head and antennae, for comparison

Shoulder Armor:

I wanted the shoulder armor to have smoother curves. The kit parts are a little boxy in places.

Shoulder armor comparison