1/72 USS Kidd (DD-661) Forward Bridge (Upper Section)

Upgrade Your 1/72 Fletcher-Class Destroyer with Distefan's Highly Detailed USS Kidd Bridge (Upper Section)

Museum-Quality Replication for Discerning Modelers

Ship modelers, elevate the realism and detail of your 1/72 scale Fletcher-class destroyer model with this meticulously detailed replica of the USS Kidd (DD-661) Forward Bridge (Upper Section) from Distefan 3D Print.

Accurately Captures the USS Kidd's Iconic Bridge

This 3D printed model precisely replicates the upper section of the command bridge found on the real USS Kidd, a famous Fletcher-class destroyer currently located in Baton Rouge, Louisiana. Distefan 3D Print utilizes high-resolution scans and meticulous attention to detail to ensure historical accuracy.

The Perfect Upgrade for Your Fletcher-Class Model

This intricate replica is the perfect upgrade to enhance the realism of your Fletcher-class destroyer model's bridge. Adding this upper bridge section allows you to recreate the specific configuration of the USS Kidd's command center.

Lightweight Design and Ready for Customization

The clever hollowed-out design offers a lightweight construction for easier installation into your delicate 1/72 scale model, preventing weight imbalances.

Paintable and Ready for Light Sanding (Except Clear & Tan)

Choose from MJF Plastic PA12 (Gray Natural Finish) or Versatile Plastic (Nylon 12 - White Finish). These materials require minimal preparation and can be painted directly or lightly sanded for a smoother finish before adding your custom paint scheme. Please note: Fine Detail Plastic (Tan Finish) and Clear Ultra finishes may require special handling or paint. Check Distefan 3D Print's website for details.

Unleash Your Creativity and Bring History to Life

Customize the bridge section with paint to match the specific era and weathered look you desire for your Fletcher-class destroyer model. Bring history to life with this historically accurate detail!

Please note: Some part cleanup may be necessary due to the 3D printing process.