RESKIT RSU35-0045 CH-54A "TARHE" FOLDED MAIN ROTOR WITH BLADE FOLD RESTRAINT SYSTEMS FOR ICM KIT (3D PRINTED) 1/35

The RESKIT RSU35-0045 CH-54A "TARHE" Folded Main Rotor with Blade Fold Restraint Systems for ICM Kit (3D Printed) 1/35 set is a detailed model accessory kit designed for the CH-54A "Tarhe" helicopter model in the popular 1/35 scale. This product has been created by the renowned brand RES/KIT, a company that has been providing top-class model details for years, offering modelers an unparalleled level of realism.

The CH-54A "Tarhe" is an American heavy-lift transport helicopter, developed by Sikorsky Aircraft. This aircraft began its service in the 1960s during the Vietnam War and was one of the most important transport helicopters of that era. It was distinguished by a unique design and enormous lifting capacity. The helicopter was used, among others, by the United States Armed Forces for carrying cargo, vehicles, military equipment, and for evacuation operations.

The presented RESKIT RSU35-0045 set is a high-quality scale detail set, 3D-printed. The kit contains precisely reproduced components of the main rotor, blade folding system, and blade fold restraint systems dedicated to the ICM CH-54A model kit. Thanks to precise craftsmanship and durable material, it guarantees excellent fit and lasting assembly. This set enables a realistic depiction of the helicopter with folded main rotor blades, making it perfect for dioramas and scale model collections.

• Scale: 1/35
• Country of use: USA
• Historical period: Vietnam War, Cold War
• Material: high-quality resin, 3D printed
• Type: accessory set for plastic model kit
• Manufacturer: RES/KIT
• Dedicated to: ICM CH-54A model
• Details: folded main rotor, blade restraint systems

This set is recommended for demanding modelers who appreciate realism and precise technical detail in helicopter models. Perfect for those familiar with basic modeling techniques and looking to take their model to a higher level of advancement. Thanks to high-quality production and ease of assembly, the difficulty level is rated at 3/5 – especially recommended for intermediate and advanced modelers.