Armory Models AW32303 F-100D Super Sabre wheels w/ weighted tires 1/32

The Armory Models AW32303 F-100D Super Sabre wheels w/ weighted tires set in 1:32 scale is a high-quality accessory designed for the F-100D Super Sabre aircraft. This product is indispensable for any modeler aiming to reproduce, with maximum authenticity, the characteristic landing gear details of this legendary Cold War-era fighter. Armory Models' wheels offer a unique weighted tires effect to realistically depict tires under the aircraft’s weight, which significantly enhances the visual appeal of the finished model.

• Scale: 1:32
• Intended for: F-100D Super Sabre – American supersonic fighter-bomber aircraft
• Country of service: United States and NATO allies
• Historical period: Cold War (1950s–1970s)
• Historical usage: The F-100D Super Sabre served primarily with the USAF and took part in, among others, the Vietnam War, performing close air support and interception missions
• Material: High-quality resin – provides sharp details and perfect replication of tire tread and profile. The set does not include photo-etched or metal parts, but is a complete and precise replacement for plastic wheels from basic kits
• Category: Resin detail set (aftermarket) for aircraft models
• Skill level: 2/5 – recommended for modelers with some experience working with resin

This product is recommended for modelers seeking full historic realism – the tread details, thoughtful shape, and weighted effect allow your model to clearly stand out from standard kit versions. Armory Models is renowned for the highest-quality resin – component surfaces are smooth, flawless, and easy to work with and paint. The wheels fit all 1:32 scale F-100D Super Sabre models (Trumpeter, Kitty Hawk, etc.).

By choosing the AW32303 set, you are investing in a detail that will elevate the display value of your model, both within your collection and at modeling competitions. Additionally, the resin weighted wheels underline the authentic look of a combat machine standing "ready for action."