Official Japan Release: 08/23/2025

Starting from the new high-end SD brand MGSD, MG technology has been integrated into the SD Gundam format, and the Gundam Aerial is now available.

• The internal frame combines metallic silver parts and multiple molded colors to achieve a highly detailed look. The front armor can move upward to ensure a wide range of motion for the multi-jointed legs. Natural motion is expressed through the standing knee bend together with external sliding movements.
• The camera uses transparent parts and silver parts to create a layered mechanical structure.
• Clear parts across the body include a deployment mechanism. By attaching and removing the built-in shell units, you can recreate the blue shell unit corresponding to Permet Score Six.
• A joint structure is provided in the hand parts to improve weapon grip strength.
• Includes a shield composed of GUND Bits. They can be separated to reproduce the full-body mounted BIT-ON mode.
• By combining with the separately sold weapon display base, you can recreate the expanded bit-plate deployment pose.

Accessories:

• Beam Rifle × 1
• Beam Sabers × 2
• Shield × 1
• Permet Score Six reproduction parts × 1 set
• Effect parts × 1 set
• Marking stickers × 1

The XVX-016 Gundam Aerial (ガンダム・エアリアル Gandamu Eariaru?) is a mobile suit introduced in Mobile Suit Gundam the Witch from Mercury. It's piloted by the protagonist of the series, Suletta Mercury.

The MS that Suletta Mercury brought to the school. Its basic structure, in which Joints that imitate the human body are driven by EMTs (electric motors), is based on the same existing standards as mobile suits produced by other companies. Although it's a machine that can be handled by ordinary pilots, it displays a performance that sets it apart from the norm when Suletta is boarding it. Its powers are mediated by a new mineral called Permet, being very similar to the characteristics of the forbidden machine GUND-ARM, popularly known as "GUNDAM", which employed "GUND FORMAT", a system for MS that aimed at human augmentation.