Hasegawa JT97 Nakajima E8N1 Type 95 Recon Seaplane Model 1 (1/48)

The Hasegawa JT97 Nakajima E8N1 Type 95 Recon Seaplane Model 1 plastic model kit in 1/48 scale is a faithfully rendered miniature of the famous Japanese reconnaissance floatplane from the 1930s and the first half of World War II. Carefully designed for detail, this product is aimed at both experienced modelers and ambitious military aviation history enthusiasts.

• Scale: 1/48 — the ideal balance between detail and display convenience.
• User country: Japan, Imperial Navy.
• Material: high-quality plastic; the model features a precisely cast fuselage, wings, and cockpit details, showcasing the characteristic biplane wing struts and floatplane elements.
• Set includes: decals with authentic Japanese unit markings, clear canopy parts, and a clear, illustrated assembly instruction manual.
• Category: plastic assembly model kit.

The Nakajima E8N1 Type 95 Model 1 was the basic reconnaissance seaplane of the Imperial Japanese Navy from 1935 onward. This aircraft played an essential role during the Second Sino-Japanese War and in the early naval operations of World War II in the Pacific. The floatplane was launched from battleship and cruiser decks, a typical feature of the interwar period and the early years of World War II. It was used for reconnaissance, artillery spotting, and patrol missions from 1935 until around 1943.

The Hasegawa JT97 model is distinguished by excellent detail reproduction, especially appreciated by modelers interested in Japanese aviation technology and historical reconstructions. Components are designed for precise fit, making assembly easier and minimizing the need for filling. The kit does not include glue or paints, allowing for personal choice of color palette and finish.

We recommend this product to intermediate and advanced modelers who value rich detail and wish to expand their collection of Japanese naval aircraft. The build difficulty is rated at 3/5 — the kit requires basic model-building skills and assembly precision.