So, much thought was had about how to do the armor plating
on the Knight’s legs. While the current
GW model has a single large armor piece over the shin/calf area, this
paperhammer model has a pretty elaborate set of sections that go around the leg. I debated trying to merge them into a single
piece, but I didn’t feel confident that I could do it in a way that would look
good (and that I could re-create here).
In the end, I decided to simplify.
I’d do the two big side pieces, the knee, and the front ankle, but not
the back sections. That would match up a
little more with the GW model, too.
I added the armor supports for the upper sections. They’re the oblong boxes on pages five and six of the template.
Helpful Hint—the boxes attach so their
small/short end is at the top. This is
important so the armor ends up angled in the right direction.
I also added one of the longer supports for the front
ankle—it sits between the two armor supports, but its top lines up with their
bottom edge. The angle on this one is
steep, so it’s a bit tricky getting it in the right position. Patience is important on this one. I held each one for a good six or seven
minutes while it dried.
However... this left some empty sections
around the ankle. This is one of those
models where a lot of detail is “printed on,” so not adding the armor (or its
support) would mean, well, a hole in the detail. I decided to make up for the lack of printed
pistons by adding real ones. Or, at
least, something close to real ones.
My first thought was round toothpicks, but I decided pretty
quick they’d be too small. Small coffee
stirrers might work, if I could find single ones somewhere (instead of the
double-shaft ones). Inspiration came
from my girlfriend’s garden bag, where she had a bunch of bamboo skewers she
used for marking plots and making small frames for seedlings to climb. And
these came from the dollar store, so they’re still keeping this project
cheap. I used two of them and cut
sixteen pieces (eight pairs), each one 1” long.
I arranged these so they lined up between the armor
supports. The front ones went on either
side of the support for the front ankle armor.
A dab of glue on either end held them in place.
Then it was time for the armor itself. First off was what to use. Again, this looks very complex, but mostly
because (as mentioned before) the template assumes you’re just working with
paper. All of this is supposed to be
doubled up. But since we’re working with
cardstock, I only needed half of these pieces.
And only one of the eight ankle pieces (since front and back are
identical).
I gave each piece a gentle bend around my utility knife. That’s the knee, the ankle, and the two large
sides. The large sides got more of a
bend, because they need to go around the entire leg.
Helpful Hint—If you look at the lines for the side pieces, you’ll see they’re not straight up and down. That’s because the side armor flares out (like huge, 41st Millennium bellbottoms). So putting a bend in them involves moving the knife shaft across the piece and bending along each line individually. Don’t roll the whole thing around the shaft or nothing will line up later.
Helpful Hint—If you look at the lines for the side pieces, you’ll see they’re not straight up and down. That’s because the side armor flares out (like huge, 41st Millennium bellbottoms). So putting a bend in them involves moving the knife shaft across the piece and bending along each line individually. Don’t roll the whole thing around the shaft or nothing will line up later.
Then I attached the ankle armor. This one was tough, because the support’s
angle makes it hard to put any pressure.
It’s another exercise in patience.
It also sticks out just a tiny bit more than I’d like, but not so much
that I feel the need to tear anything apart.
I took the small box that’s supposed to be the kneepad
support and cut it into four parts. I
layered these together to give me a spacer that was about 1/8” thick. Once it was dry, I glued it right below the knee
joint.
And this made the legs pretty much armored and done.
The design on this cannon is kind of magnificent, to be
honest. As I mentioned, it’s made around the all-paper idea, but it still works
great in cardstock. Simply put, the designer made the barrel and details all one piece. I cut it
out, wrapped it around the hobby knife twice to give it a good curl, and then
glued the main part of the barrel (where the tab lines up). I put some clothespins on this and let it sit
for a while.
Once it was dry, I wrapped the rest of the detail work
around the barrel. Normally I try to go
easy on the glue so nothing slips, but here I went a little heavy just for that
reason. I wanted to be able to slide the cardstock a bit so I could make sure
things lined up.
Helpful Hint—Pull these pieces very
tight. It’ll make the whole piece more
solid and it’ll also help all the seams line up as much as possible (which
makes them easier to hide).
The co-axial heavy stubber barrel goes together the same way. I gave it a curve on the knife. I glued the main section together and then,
once it was dry, I wrapped the detail around.
Helpful Hint—Because this barrel is so narrow,
I had to fold the tab in half. I couldn’t
bend it enough for it to fit well inside the rolled-up barrel. You may want to trim it with a hobby knife.
The body of the cannon is a simple box. Rather that cut out
the three circular vents for the back, I just used my 1/4” hole punch to make
three discs. They’re slightly smaller,
but it’s so much easier and faster... I decided I could live with that.
The cannon also has a “hood” of sorts that fits over
it. The extra section actually folds
under the hood, so when it’s in place the front edge is double-thick and has a
small ridge underneath it. This ridge will but up against the box when they get
put together.
There’s a big magazine for the cannon. It looks a little
complex, but it goes together very easily (alas, most of the detail here is only printed on). Just remember to score the top half
on the opposite side, because it’s going to be a concave bend, not a convex
one.
(yep, I’m bringing geometry into this...)
I glued the hood onto the main body. Once it was dry, I added the magazine to the
bottom. I also punched out two more 1/4”
discs and used those for detail on either side of the cannon.
Helpful Hint—If you’d rather have a Knight
Errant with a thermal cannon, there are lots of titan models out there with
other weapons options. You could use
part of the melta cannon from the
Warhound Titan template and I don’t think anyone would question it.
Next up is the chainsword. Which we will get to... next
time.
Damn! That looks great. Really nice detail on the foot/ankle.
ReplyDeleteAnd remember, high school geometry can save your life!
Pythagoras was right!!!
DeleteBy the way, if anyone’s interested—I’d be willing to do another post about some other weapon options which could let you turn this into a Lancer (another Knight model Forge World put out while I was working on this). I’m not going to build these options, but I could go over the ideas enough that anyone who wanted to should be able to figure it out.
ReplyDeleteIf anyone's interested.
Please do! I was cruising some "wholesale" sites from China the other day, and would rather build something and call it an admech or a different pattern than buy something that would get somebody up in arms.. And in my face. Plus all the the ethical concerns and the tiny fact that wholesale still isn't exactly cheap.
DeleteBeing able to field these would be awesome, but having the ability to make them without breaking the bank gives the option to play with and against them. I've been on the receiving end of too many people from the "pay up to play, sucker" school to like the idea of playing economic warfare with my friends and gaming buddies.
Okay, then. I might take a short break after I finish this up, but maybe I'll do a "how to make a Lancer" post in April.
DeleteAnd, believe me, I know the frustration of not being able to afford to play. That's why I started this whole page to begin with. :)