Eduard 53284 USS Constellation CV-64 part 4 - hull & deck TRUMPETER 1/350

The Eduard 53284 USS Constellation CV-64 part 4 - hull & deck photo-etched set is an advanced accessory kit designed for a highly detailed representation of the hull and decks of the famous American aircraft carrier USS Constellation (CV-64) in 1/350 scale. This set is dedicated to the Trumpeter plastic model kit and allows you to enrich it with precise details that are difficult to achieve with traditional plastic. The kit includes high-quality photo-etched parts made from thin brass sheet, enabling realistic replication of numerous small structural details such as railings, ladders, hatches, handles, and other micro-elements associated with the ship's decks and hull.

• Scale: 1/350, ideal for collectors and modelers building realistic large ship models.
• Country of Service: United States of America (USA).
• Historical Period: Modern era, Cold War, and early 21st century. The USS Constellation (CV-64) served between 1961–2003—including participation in the Vietnam War, Cold War operations, Operation Desert Storm, and the Iraq War.
• Execution and Materials: Top-quality photo-etched brass, providing exceptional realism and durability. No resin accessories or metal barrel elements included.
• Category: Accessories for plastic model kits, photo-etched set.
• Application: Dedicated for the Trumpeter USS Constellation CV-64 model, part 4 – hull and deck elements.
• Construction Difficulty: 4/5 – recommended for intermediate and advanced modelers due to the need for precise cutting, fitting, and gluing of small parts.

This product is recommended for all modelers who wish to give their USS Constellation model the highest possible level of detail and a realistic, professional appearance. Eduard 53284 distinctly surpasses standard plastic accessories thanks to the sharpness of the details and the fit of the parts. It's the perfect choice for maritime enthusiasts and US Navy aircraft carrier fans who seek solutions for creating a standout display model.