Saturday, January 24, 2009

Arms!!!!! part 2

Photobucket

Comparison of my first arm on the left, and the new arm on the right. The joint was originally too long and gave a rather weird appearance. Right side also shows how much better the guy looks with a longer neck.

Here are some additional pictures of the arm

PhotobucketPhotobucketPhotobucketPhotobucketPhotobucketPhotobucket

Now I just have to add details to the joint. CycloneX suggests I use the semi-circular sprues, so I'll have to see how that goes. I will also have to prime this to see how off the axis is.



I also now have a schematic in case anyone wants to replicate this:

Photobucket


The holes use a 7/64 size drill bit and are the right size to use plastic sprue.

Speaking of which. The quality of this Airmaster is pretty bad. There were a lot of instances of flash on the parts trees and it looks like various panel lines are not as deep as they should be.

Photobucket

Tuesday, January 20, 2009

Urghhh MCB 160L

Photobucket


Wow this 4 hour lab on Tues/Thurs is really exhausting. It's interesting though since it's a technical course that utilizes various machinery like an oscilloscope.

Saw Obama's inauguration with a myriad of people on campus today. God damn, it took up the entire upper plaza and spilled downstairs.

PhotobucketPhotobucket
Photobucket

Monday, January 19, 2009

Arms!!!!! part 1

Ha, no updates for a week because I've been busy perfecting my joint substitution trick. Photo below is the prototype I first came up with. It was a little on the thin side, but had a large range of movement compared to the original polycap arm. New one looks slightly different from this.

PhotobucketPhotobucket



Essentially, my arm joint consists of credit card plastic, with the shiny stuff/magnetic bar sanded off. A shell is constructed, while the cavity is filled with epoxy putty. 2 sets of holes are made to allow a rod to pass through. The top uses the kit's own molded rod, while the bottom is simply inserted
PhotobucketPhotobucketPhotobucket
PhotobucketPhotobucket

The rod is a sprue from the plastic tree the parts were cut from. I'm using one of the ABS plastic trees from another kit, since I don't trust this kit's plastic. More on this later...


Thursday, January 08, 2009

Buster Rifles 2, Neck

The neck is SCRAWNY.

Photobucket




So I'll just add a few more layers after determining the height roughly with a pin. Then, just add some credit card plastic to extend the height.

PhotobucketPhotobucketPhotobucket




After some putty, Voila!


Photobucket

The little holsters for the guns on the side are really loose. They pop out quite easily, so I'm going to make them a bit more secure by inserting a pin in the hole. And there happens to be a convenient depression inside the holster for the pin to go in.

PhotobucketPhotobucket

So I drilled a hole using my pin vise, and then proceeded to use staples as my "pin."

Photobucket

To figure out where the pin would fit on the gun, I coated the end of the pin with some vaseline after inserting it in the holster. I then placed the gun in there. Where the vaseline appeared is where I would drill the other hole.

PhotobucketPhotobucketPhotobucket


Ah, and you can see the preview for the arm joint modification =D

Tuesday, January 06, 2009

Buster Rifles 1

First order of business is to modify the muzzle. Normally, they come the tip filled in when clearly it's supposed to be an open space. So using my trusty pin vise, I poke a few holes and then have my hobby knife make the slit.

Photobucket

Here's some other shots of it.

PhotobucketPhotobucketPhotobucket

Monday, January 05, 2009

Blog Reopened

It's been a while since I've updated, and I'm back!


I need to update the look of the thing, but first an update. My next project is the 1/100 Airmaster from Gundam X. Updates will follow since I'm modding it into something special. If you would like me to link to your site on the side, please tell me, I'd be more than happy to do so!

Photobucket