offered as a kit of several pieces due to size and complexity, so I thought I'd give it a go, visualizing it on a telescoping stand just above a gaming tabletop, ready to unload a squad....
A few weeks went by and my order was printed, shipped, and delivered. In my mailbox today:
Getting it upstairs and revealing the contents was a like Ralphie unwrapping his Red Ryder:
Nestled securely in it's cocoon of paper was the kit, comprised of 6 parts:
The smallest, bagged.
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Surface finish is typical of much being printed, lightly corrugated at best, badly fish scaled at worst. This had some of both.
The tail boom will take a lot of sanding and filling to get it where I want it.
(Sorry about the focus!) The fuselage sides will need "bondo" too, and a clean-up of those window frames.
The portion of the cabin in front of the rear compartment is solid - which while tempted to grind it out and detail it, I'll just build it OOB for this iteration.
Some bits are a little "hairy" and will need some xacto clean-up.
Looks like I'll be lightly modifying the small bits as well, they're a bit crude.
While most of the shapes and proportions seem right on, the main jet exhaust is...not. That's going to be cut off, a large hole drilled, an exhaust inserted, and the fairing built up around it.
There's no framing around the main canopy, and only partial above the pilot and copilot stations, so that'll need some work after I get it smoothed off. I might better off in the long run just sanding it smooth and supplying my own framing.
I'm going to need to stock up on my detail sanding supplies, so I may only update the build periodically. There's a lot to be done, but I can already visualize the final result....Stay Tuned.
Well, now it's July. Let's see if we can advance this a bit. I don't feel like gluing the rotor in a fixed position, as is. It can be improved, and made rotatable and removable for transport and storage without too much trouble. First, drill a #55 hole into the Huey body, and into the rotor hub.
This allows the entire assembly to spin and be removed.
The rotor itself needed some work.
There was a defined "step" which I filed, then sanded.
Before
After.
I also wanted to improve the rods connecting the rotor mast to the stabilizer bar, so I cut off the "stubs" on the kit rotor shaft, and will install more correct replacements once the assembly is dry.
Before
New supports fabbed and installed.
File it down, but leave enough meat for strength. Cut off excess tube, file end smooth and square. Make a pin from scrap box plastic rod. Drill tail to accept pin. Cut pin overlength, melt end with a hot knife to make a shoulder. Sand to suit. Install....
A teaser:
I now know why my drilling for the main rotor shaft drifted. The solid center isn't. Once yiu break through the skin it will drift left or right as it glides over the solid center. Resign your self to some hot knife work.
Once you get to the desired diameter, slip in and glue the exhaust tube of your choice.
First layer of Squadron white putty, sanded, and sandable grey primer. About an 80% solution. Hope it can get it to 100% in two layers.
Squadron putty and sandable grey is working, so let's get to it:
Putty, sand, paint, repeat
I am going to take a different approach fir the side windows. Rather than putty/sand/smooth, I'm going to put "glass"in them, backpainted. Here's the next step, semigloss black where things will need to be black.
Rather than putty, sand, and paint the side windows, since they were ~ flat and rectangular, I chose to make clear window inserts and back paint them black:
Reasonably convincing. The smaller panes will get gloss black/gloss clear treatments like the large curved panes. While I was at it I scribed the remaining door frames and outlined them with black wash.
-Windscreen framing-
Another place the kit fell short was in the framing for the Windscreen. While it made for easy sanding, it leaves out some prominent detail
Prototype
Clearly, I couldn't leave that stand ;-)
Using and old model railroad trick, you can use a tailor's pounce wheel to make rivet patterns on ~ soft materials
The material of choice in this case comes from the Luthier's bag of tricks: adhesive backed heavy foil, used to shield cavities in electric guitar bodies
Cut off a couple of squares, lay them face down on your cutting mat, and start making rivet patterns.
Make lots, scrap is inevitable. Cut off strips of rivets with a scissors (it has a tendency to twist and curl if you use a straightedge and an xacto knife) to the desired width. I stuck the strips to some tape strips on some foamcore I use as a spray booth base.
Then, center and sides