Aoshima 00929 ARS NOVA Submarine I401 1/700 – plastic submarine model kit

The Aoshima 00929 ARS NOVA Submarine I401 in 1/700 scale is a high-quality plastic model kit, inspired by the original Japanese submarine from the anime universe "Aoki Hagane no Arpeggio: Ars Nova." It is manufactured by the renowned Japanese company Aoshima, known for its attention to detail in model replication.

Inspiration and History

The I-401 from "Arpeggio of Blue Steel: Ars Nova" is a futuristic version of the historic Japanese I-400 class submarine from World War II. The original vessel, built for the Imperial Japanese Navy, was one of the largest submarines of its era, able to carry seaplanes. The I-400 class took part in operations during the final phase of WWII, although they were unable to play a crucial combat role due to the rapid end of hostilities.

Model Features

• Scale: 1/700 – detailed reproduction, ideal for collections and maritime dioramas.
• Country of original use: Japan.
• Historical period: World War II (original I-401), while the model is based on the futuristic anime version.
• Material: plastic – high-quality components ensure precision assembly.
• Add-ons: set does not include glue or paints, allowing the modeller to choose colors individually according to their preferences or anime references.

Product Category

Plastic model kit – dedicated to ship modeling enthusiasts and fans of the "Arpeggio of Blue Steel: Ars Nova" series.

Who is it recommended for?

Especially recommended for intermediate modellers (difficulty level 2/5), as well as for collectors of maritime themes and fans of Japanese pop culture. Easy assembly and high build quality make this kit perfect as a first 1/700 scale ship model or as a unique collection item.

Why is it worth it?

Aoshima 00929 ARS NOVA Submarine I401 is not only an original submarine model with a Japanese historical background but also a treat for anime enthusiasts. With its potential for highly detailed results, the model allows for creative display and a chance to develop modeling skills.