Second 440% Scale Gundam Build Complete — MK2 Burst Armor Version

By

Published on

in

I finally finished assembling, painting, and applying decals to my second 440% scale 1-meter Gundam model during the 3-day Qingming holiday. Compared to my first RX-78 build, this MK2 is a “burst armor” version — its outer shell isn’t smooth and curved but packed with mechanical details like panel openings and exposed thrusters, requiring significantly more printed parts. The final result was well worth it.

MK2 and RX-78, two 1-meter tall Gundam models standing side by side, MK2 in white armor with red accents, RX-78 in classic blue and white

Putting the MK2 next to the RX-78, the contrast between these two 1-meter machines is fascinating. The RX-78 has smooth, minimalist armor panels, while the MK2 is packed with mechanical details and layered surfaces — two completely different design philosophies side by side.

MK2 Gundam parts laid out neatly on a workbench, including head, torso, arms, and legs not yet assembled

I printed this MK2 on the Bambu H2C, and the experience was completely different from my RX-78 on the P1S. First, speed — H2C’s multi-color printing is much faster. Since I added heavy support structures throughout to ensure smooth surface finishes, color-switching would have been a nightmare of constant material changes and support removal. Multi-tool printing eliminates that entirely. Second, build volume — the H2C’s larger bed means large parts like the arms print as a single piece, no more splitting and gluing like before.

1-meter tall MK2 Gundam model finished, white body with red and gray details, burst-armor state showing mechanical skeleton and thrusters

The finished result. The MK2’s mechanical aesthetic really does pack more visual punch than the RX-78 — the exposed skeleton and thrusters in burst-armor mode create stronger dimensional contrast. At one meter tall, it commands serious presence.

Leave a Reply

Discover more from Byte and Screw

Subscribe now to keep reading and get access to the full archive.

Continue reading