Pivot Pylons for F-111 (A,D,E) with LAU-105 (4 pcs) Scale 1:72 ResKit RS72-0500 for Aircraft Model Kit

ResKit RS72-0500 provides pivot pylons for F-111 (A, D, E) with LAU-105 in 1/72, supplied as 4 pcs and produced in resin & 3D printed material. The set captures the characteristic pivoting geometry required for variable-sweep wings, along with defined launcher rail detail.

Aftermarket resin accessory designed for aircraft scale model kits.

Highly detailed resin parts intended for accurate 1/72 scale aircraft models.

On the F-111, pylons are designed to remain aligned as the wings change sweep angle. Correct representation of this mechanism is visually important, especially on models displayed with wings extended or swept.

For modelers: decide on your final wing sweep angle before fixing the pylons in place. Dry fit carefully to maintain parallel alignment on both sides (kit-dependent). Remove 3D printing supports with light cuts and keep mating surfaces flat to avoid misalignment under the wing.

Product Specifications

• Subject: Pivot Pylons for F-111 (A, D, E) with LAU-105 (4 pcs)
• Scale: 1/72 (also written as 1:72)
• Product type: Pylons / Bomb Racks
• Type of equipment: Aircraft
• Recommended kit: Any / Universal
• Manufacturer: ResKit
• Country of manufacture: Ukraine
• Material: Resin / 3D Printed
• SKU: RS72-0500

This item is part of ResKit and belongs to Aftermarket. Browse more in ResKit Pylons / Bomb Racks or compare with Pylons / Bomb Racks (all brands). For matching builds, see Aircraft Model Kits and 1/72 Aircraft Model Kits.

FAQ

Are these pylons specific to F-111 A, D, and E variants?

The set is intended for F-111 A, D, and E configurations. Always verify your kit variant and wing setup before installation.

Will they fit any 1/72 F-111 kit?

The product is marked as Any / Universal, but mounting geometry may vary by kit. Minor adjustment of attachment points can be required.

Should I fix the pylons before or after setting wing sweep?

It is recommended to determine your final wing sweep angle first, then align and secure the pylons to maintain consistent orientation.