For this case, I wanted a substantial saucer section hit, and a disabled or destroyed engine. A completely destroyed engine likely would have been scuttled by the crew, if they had enough damage control personnel. I didn’t want to merely have a strut with no engine, since I thought I could do something more dramatic. I had toyed with the idea of destroying the bridge, but decided against that.

I began to mark places on the kit to remove. Then I began wondering what I was doing, and how to start. That’s always the biggest problem, starting a project like this. I decided I needed some visual help, if I can see something I can build it. I tapped Tony Agustin, one of our club's artists. Tony has a flair for quick sketches, and had already been working on the station for quite a while, so he was in “TOS-mode.” After discussing my ideas for a while, Tony produced a sketch which I thought perfect. I could start.

Getting Started

Armed with a sketch, I marked the areas which I’d need to remove. A knife was sufficient for the resin saucer, merely scoring the surface with a blade until I’d worked through the resin. For the pylon, which was also to be damaged, I scored the surface then used a burr-bit in my moto-tool. The engine, being styrene, required the blade and a small razor-saw. I’d also have to thin the saucer by wet-sanding, remove much interior bracing in the engine and clean up the strut.

After all that was done, it was time to begin adding internal structure. Tony’s sketch hinted at the logical radial bulkhead arrangement for a saucer. These wedge-shaped bulkheads would help confine damage, and would require concentric corridors. I sketched these on the lower hull half using a ruler and a compass. These were drawn onto the resin with a pen. I used styrene strip for the structure. A bit of sanding was needed to make sure they fit exactly tight when the hull was assembled.

Various bits of styrene strip, metal tubing, and heavy foil were superglued in place to simulate more internal structure and damaged bulkheads. . The idea was to show various rooms, both crew quarters and equipment. Small styrene strip was added in concentric rings for some other superstructure detail, sort of 'stringers'. I shredded the styrene bits and resin hull with knives and my razor saw.

Once I was satisfied with the internal structure it was time to work on the hull plating. The secret for this kind of battle damage is the heavy foil found on wine bottles. It’s thin enough to tear but thick enough to hold its shape. It’s metal, so it tears like metal. I held it in place temporarily with tape, so I could make sure it would cover the main structural features, but I could remove it from the model to more easily tear it.

Since the foil is pretty thin, I was able to sand its edge down a bit and superglue it in place. After that, and making sure it wasn’t going to move, I applied Gunze-Sangyo Mr. Surfacer 500 to the edge. With this, I cold fair it in place so you hardly notice it’s added atop the model, not glued on-edge. Besides, the hull plates would have buckled up a bit.

With the saucer sufficiently detailed, I added an LED for pumping light to the bridge and sensor domes. The mounting arm for the station was planned to include a tube through which the wiresfor those LEDs would pass. When I was satisfied with the detail and the lights I then glued the model together for the most part.

Warp Nacelles

Following Tony's sketch, I took an large notch out of the strut, leaving only a little structure behind. I also put a hole on the interior, and holes on the engine mount.