Sikorsky CH-54A Tarhe folded Main Rotor with blade fold restraint systems for ICM kit (3D Printed) Scale 1:35 ResKit RSU35-0045 for Helicopters Model Kit

Aftermarket resin and 3D printed accessory designed for helicopter scale model kits, representing the folded main rotor assembly for the Sikorsky CH-54A Tarhe.

Detailed parts intended for accurate 1/35 scale helicopter models, focusing on the folded rotor configuration and the blade fold restraint systems used when the aircraft is parked or transported.

The CH-54 Tarhe features a large multi-blade rotor system that dominates the aircraft’s upper structure. Displaying the rotor in a folded configuration helps represent typical ground handling arrangements while keeping the rotor hub and support details clearly visible.

For modelers: test-fit the rotor hub to the mast before installing the folded blades. Painting the rotor head, restraint arms, and blades separately can help maintain clean edges and preserve the structural detail during final assembly.

Product Specifications

• Subject: Sikorsky CH-54A Tarhe
• Variant / Family: CH-54 Tarhe family
• Scale: 1/35 (also written as 1:35)
• Product type: Helicopter Rotor
• Type of equipment: Helicopter
• Recommended kit: for ICM
• Manufacturer: ResKit
• Material: Resin / 3D Printed
• SKU: RSU35-0045

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

What does the folded rotor configuration represent?

The folded rotor setup reflects a ground configuration used to reduce rotor span during storage, maintenance, or transport.

Is this set intended for the ICM kit?

Yes, the set is designed for the 1/35 Sikorsky CH-54 Tarhe kit from ICM. Dry-fitting is recommended before final assembly.

Should the rotor blades be painted before installation?

Painting the rotor head, restraint systems, and blades separately can help maintain clean edges and preserve the structural detail before final assembly.