"Introducing Legiant from the XenoAlma Series - A weapon series that expands the lore and customizability of the Arcanadea series.

The parts can be reassembled to create two forms: Monster Mode, which can be fully built with this kit alone, and Weaponry Mode that serves as armaments for Dears. Additionally, the included connection joints allow multiple Legiant units to be connected together. Each part is connected via 3mm connection joints, allowing them to be used not only with Arcanadea characters but with all original Kotobukiya series.

Included Items & Features:

- Parts can be reassembled to create two forms: Monster Mode, which can be fully built with this kit alone, and Weaponry Mode that serves as armaments for Dears.
- Includes connection joints that allow multiple Legiant units to be connected together.
- Articulation in various parts ensures excellent mobility in Monster Mode, allowing for dynamic posing.
- The 3mm connectors on each part allow for standalone customization and compatibility with existing series such as M.S.G, Frame Arms, Frame Arms Girl, HEXA GEAR, Sousai Shojo Teien, and Megalomaria.

Weaponry Mode:

- Sword: The blade is articulated and can change angle.
- Shield: The grip is articulated, and the shield can be customized using the 3mm connection joints located throughout.
- Shoulder Armor: The connection points are articulated for more dynamic posing. Can be attached via 3mm connection joints to various Kotobukiya kits.
- Arm Armor: Compatible with Lumitea, Ermeda, and more. Can also be used to customize other kits via 3mm connection joints.
- Leg Armor: The knee and shin guards can be used to customize other kits via 3mm connection joints.
- Back Unit: The back unit connects via a 3mm connection joint and features flexible articulation. Can be customized using the various joints throughout.
- Universal Joints: A set of universal 3mm connection joints is included to further expand customization options, and can be used with a wide variety of kits.

*Note that some models are not applicable due to their different structures."