Hasegawa WL464 IJN Destroyer Minegumo 1/700 – plastic model kit

The Hasegawa WL464 IJN Destroyer Minegumo 1/700 scale model is a precisely reproduced plastic kit of the Japanese destroyer Minegumo from World War II. This detailed set allows you to build a replica of a ship that played a significant role in the Pacific warfare. The product does not include glue or paints – they must be purchased separately, enabling you to customize the color scheme and finish according to your preferences and skill level as a modeler.

History of the IJN Minegumo: The Minegumo destroyer belonged to the Shiratsuyu class of the Imperial Japanese Navy. Launched in 1937, it took part in numerous naval operations during World War II, including the famous Battle of Guadalcanal, the "Tokyo Express" missions, and convoy escort duties in Southeast Asia. This ship was renowned for its maneuverability and strong torpedo armament. The Minegumo was sunk in March 1943 near Kolombangara after being attacked by U.S. naval forces.

• Scale: 1/700
• Country of use: Japan (Imperial Japanese Navy)
• Period: World War II (1937–1943)
• Material: high-quality plastic
• The set does not include photo-etched parts or metal barrels – all components are plastic
• Product category: plastic model kit, Water Line series
• Dimensions of the finished model: length approx. 16 cm
• Assembly instructions included (illustrated)

This model is recommended for both military enthusiasts and fans of naval history from World War II. The 1/700 scale makes it ideal for creating dioramas featuring Japanese and American fleets. We rate the assembly difficulty at 2 out of 5 – the model is suitable for intermediate modelers as well as more experienced ones who will appreciate the detailed reproduction of the original vessel.

Hasegawa WL464 IJN Destroyer Minegumo 1/700 is a great choice for any modeler's collection and World War II history enthusiasts. Its guaranteed precision and the possibility to highlight your individual painting style make it an excellent product for both learning and advanced naval modeling.