The Eduard BIG49381 Mi-4A Trumpeter 1/48 set is a carefully selected collection of four high-quality detail sets, created especially for the Mi-4A helicopter plastic model in 1/48 scale manufactured by Trumpeter. This set of accessories is designed for precise enhancement of the Soviet Mi-4A helicopter replica, offering realistic representation and unparalleled depth of detail both in the interior and on the external parts of the model.

• Model scale: 1/48
• Country of use: Soviet Union (USSR)
• Helicopter service period: Cold War – from the 1950s onwards
• Product category: photo-etched accessories and masks for plastic models
• Material: metal (photo-etched parts), masking foil, STEEL metal seatbelts

Historical context: The Mi-4A was an icon of Soviet transport aviation in the 1950s and 1960s, actively used both by the USSR armed forces and Warsaw Pact countries. It was employed for transporting soldiers, equipment, and rescue operations, for example during local conflicts and large-scale military exercises throughout the Cold War period.

Set contents: Eduard BIG49381 includes a complete set of 4 kits: EX960 (canopy masks), 481116 (photo-etched cargo floor), 491362 (cockpit interior details), FE1363 (STEEL seatbelts). Each set enriches the model with realistic features such as riveting, floor structure, or a complete harness network for the cockpit.

Who do we recommend it for? Eduard BIG49381 Mi-4A Trumpeter 1/48 is mainly recommended for intermediate and experienced modelers seeking a comprehensive upgrade set to build a model according to historical documentation. The difficulty level of the accessory set is rated at 4/5 – skills in working with photo-etched and metal details are required.

Summary: With the Eduard BIG49381 set you will achieve the highest level of detail and authenticity in your Mi-4A model. The product allows you to accurately capture the Cold War atmosphere and add realism to your 1/48 helicopter collection. It is a professional choice for collectors and enthusiasts of historical aircraft modeling.