AH-64A Apache tail rotor for Trumpeter kit (3D Printed) Scale 1:35 ResKit RSU35-0081

ResKit RSU35-0081 is a replacement tail rotor set for the AH-64A Apache in 1/35, designed for the Trumpeter kit. The set focuses on the tail rotor hub and blade assembly that is clearly visible on the rear section of the helicopter.

3D printed aftermarket accessory intended for helicopter scale model kits and miniature replicas.

Precision components developed for accurate 1/35 scale helicopter model builds, optimized for refined rotor hub structure and blade geometry.

The tail rotor assembly is an important visual feature on the AH-64 Apache tail boom. A dedicated aftermarket rotor set helps reproduce the hub structure and blade configuration with improved definition compared to simplified kit components.

For modelers: dry-fit the rotor hub and blade mounts before final assembly to maintain correct alignment. Thin paint layers help preserve the fine edges and structural details produced by the 3D printing process.

Product Specifications

• Subject: AH-64A Apache
• Scale: 1/35 (also written as 1:35)
• Product type: Helicopter Rotor
• Type of equipment: Helicopter
• Recommended kit: for Trumpeter
• Manufacturer: ResKit
• Country of manufacture: Ukraine
• Material: Resin / 3D printed
• SKU: RSU35-0081

This item is part of ResKit and belongs to Aftermarket. Browse more in ResKit Helicopter Rotor or compare with Propeller sets and Rotors. For matching builds, see Helicopter Model Kits and 1/35 Helicopter Model Kits.

FAQ

Is this tail rotor designed for a specific Apache kit?

The set is designed for the Trumpeter 1/35 AH-64A Apache kit and matches the rotor mounting layout used in that model.

Does the set include both rotor blades and hub?

The set represents the tail rotor assembly with hub and blade structure intended to replace the corresponding kit parts.

Do 3D printed parts require preparation before painting?

Yes. Light cleanup and washing are recommended before painting. Test-fitting the rotor components helps confirm correct alignment during assembly.