Vortex generators for BAe Hawk T.2 Kinetic / Revell kit (3D Printing) Scale 1:32 ResKit RSU32-0084 for Aircraft Model Kit

ResKit RSU32-0084 provides a set of finely reproduced vortex generators for BAe Hawk T.2 aircraft builds in 1/32 scale.

This 3D printed resin aftermarket accessory is designed for aircraft scale model kits and focuses on reproducing the small aerodynamic surfaces that are often simplified or molded as flat details in standard kits.

On the Hawk airframe, vortex generators are visible along the wing surface and help define the characteristic look of the aircraft. Replacing molded-on details with separate parts can improve surface definition and maintain sharp edges under primer and paint.

For modelers: remove molded vortex generators from the kit wing carefully before installation. Mark their positions using reference lines, then attach the printed parts with a small amount of adhesive to keep alignment consistent across the wing.

Product Specifications

• Subject: BAe Hawk T.2 vortex generators
• Scale: 1/32 (also written as 1:32)
• Product type: Detail Set
• Type of equipment: Aircraft
• Recommended kit: for Revell, Kinetic
• Manufacturer: ResKit
• Country of manufacture: Ukraine
• Material: Resin (3D printed)
• SKU: RSU32-0084

This item is part of ResKit and belongs to Aftermarket. Browse more in ResKit Detail sets or compare with Exterior Details. For matching builds, see Aircraft Model Kits and 1/32 Aircraft Model Kits.

FAQ

Are these vortex generators designed specifically for BAe Hawk T.2 kits?

The set is designed for 1/32 BAe Hawk T.2 models and is recommended for Revell and Kinetic kits. Final placement may vary slightly depending on the kit’s surface detail.

Do I need to remove the molded vortex generators from the kit?

Yes. If the kit has molded-on generators, they should be carefully removed and the surface smoothed before installing the replacement parts.

How should I handle small 3D printed details during assembly?

Use fine tweezers and apply minimal adhesive. Working section by section helps keep spacing and alignment consistent across the wing surface.