1/72 US Fletcher 20mm Oerlikon Tubs (Round Bridge)

Upgrade Your Destroyer with 1/72 US Fletcher 20mm Oerlikon Tubs (Round Bridge)

Add Unmatched Historical Accuracy and Functionality to Your Model

Ship modelers and history enthusiasts, elevate the realism and functionality of your 1/72 scale Fletcher-class destroyer model with this meticulously detailed set of 20mm Oerlikon Tubs (Round Bridge) from Distefan 3D Print.

Museum-Quality Replication for the Discerning Modeler

This exquisite 3D printed set accurately depicts the tubs that housed the 20mm Oerlikon cannons, a key part of the Fletcher-class destroyer's armament for defense against aerial threats. Distefan 3D Print utilizes high-resolution scans and meticulous attention to detail to create a stunning and historically accurate addition to your model. These tubs were positioned on the forward superstructure deck 1 of the "round bridge" Fletcher-class destroyers.

Lightweight Design for Seamless Integration

The cleverly hollowed-out design of the tubs offers two key benefits:

• Reduced Weight: Makes integration into your delicate 1/72 scale model easier, preventing weight-related imbalances on your destroyer.
• Material Efficiency: Offers an affordable option without sacrificing exceptional quality and detail.

Unpainted Canvas for Maximum Creative Freedom

The 20mm Oerlikon tubs arrive unpainted, providing you with the creative freedom to customize them perfectly to match the specific era and weathered look of your Fletcher-class destroyer model. This allows you to create a unique and realistic representation that reflects the vital role these anti-aircraft guns played in naval combat.

The Perfect Finishing Touch for Your Masterpiece

For an extra touch of historical accuracy and intricate detail, incorporate Distefan's 1/72 Fletcher 20mm Oerlikon Tubs (Round Bridge) into your destroyer model. Experience the difference meticulous attention to detail can make and order yours today!

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