Eduard 33366 B5N2 seatbelts STEEL BORDER MODEL 1/35

Eduard 33366 B5N2 seatbelts STEEL is a high-quality photo-etched seatbelt set designed for the Nakajima B5N2 "Kate" aircraft of the Japanese Navy, dedicated to BORDER MODEL kits in the popular 1/35 scale. This upgrade set is the ideal solution for modelers who wish to enhance the realism of their World War II aircraft model, achieving details impossible to replicate with traditional plastic injection molding techniques.

• Scale: 1/35 – perfect for detailed aircraft models and dioramas
• Intended for: Nakajima B5N2 "Kate" – Japanese Navy torpedo bomber aircraft
• Country of use: Japan
• Historical period: World War II (1939–1945), widely used in the attack on Pearl Harbor and Pacific campaigns
• Materials: Photo-etched steel (STEEL) – provides a realistic appearance, thinness, and ease of shaping and installation in the cockpit of the model
• Category: Upgrade for plastic scale model kits, aftermarket parts (dedicated modeling accessories)

The photo-etched parts are precisely made on thin steel sheets, giving the belts outstanding realism: they feature deep details imitating stitching, buckles, and the texture of real seatbelts used by Japanese aircrews. The use of this set makes the B5N2 cockpit look authentic, giving your model a professional appearance. Eduard provides accessories both for simple projects and the most advanced dioramas—this set is recommended for demanding modelers seeking the highest level of detail replication.

Assembly difficulty: 3/5 – recommended for intermediate and advanced modelers, due to the precision required when cutting out and applying delicate components. Does not require specialized tools beyond basic modeling tools, though tweezers and a hobby knife are recommended.

We recommend this product to all modelers who want their B5N2 model to stand out at competitions or on a collector's shelf, and value precision and attention to historical details. Eduard photo-etched seatbelts guarantee the highest quality and realism inside your model.