Skip to product information
1 of 16

SNAA

SNAA 1/100 GMS-066 Odin Model Kit

SNAA 1/100 GMS-066 Odin Model Kit

Regular price $94.99 USD
Regular price Sale price $94.99 USD
Sale Sold out
Shipping calculated at checkout.

SNAA 1/100 GMS-066 Odin Model Kit

(Realm of War Series)

The SNAA 1/100 GMS-066 Odin is an original mecha release from SNAA’s Realm of War (界中之战) line, designed as a high-mobility assault unit with an aggressive, wing-dominant silhouette. Built at full 1/100 scale, Odin emphasizes layered armor separation, sharp mechanical geometry, and a striking teal-accented color scheme that gives it a premium display presence.

Design & Engineering

Odin features a multi-layered armor system over a structured internal frame, allowing for stable articulation across the shoulders, hips, knees, and ankle assemblies. The large rear wing system is fully articulated, enabling spread, angled, and compact configurations for different display styles. The backpack integrates seamlessly with the torso frame to maintain balance even in extended poses.

Surface detailing includes:

  • Deep panel lines for enhanced lining work

  • Color-separated parts to reduce painting requirements

  • Mechanical vents and edge accents for added depth

Weapons & Display

The kit includes a large signature weapon system with sharp, angular styling that complements the unit’s high-speed combat aesthetic. Effect parts and support components allow for elevated action poses and dynamic presentation.

Odin is engineered to maintain structural stability despite its extended wings and weapon loadout, making it suitable for wide stance or aerial-style displays.

Build Experience

  • Scale: 1/100

  • Series: Realm of War

  • Manufacturer: SNAA

  • Snap-fit assembly

  • ABS / PS construction

  • Designed for intermediate to advanced builders

The GMS-066 Odin stands out as a modern original mecha with strong shelf impact, layered detail, and aggressive proportions—ideal for collectors seeking something beyond traditional franchise kits while maintaining high mechanical complexity.

View full details