1/16 USN K-Gun (Depth Charge Projector)

Sale price£29.00
Material: White Natural Versatile Plastic

Material

Equip Your WWII Diorama with Distefan 3D Print's Highly Detailed 1/16 USN K-Gun (Depth Charge Projector)

Ship modelers and history buffs, elevate the realism of your WWII dioramas with Distefan 3D Print's meticulously crafted 1/16 USN K-Gun (Depth Charge Projector). This exquisite replica perfectly captures the design of this essential anti-submarine weapon, adding a touch of historical accuracy and firepower to your display.

Unmatched Detail for Discerning Modelers:

Distefan 3D Print prioritizes precision in every detail. This incredibly detailed model features:

  • Museum-Quality Accuracy: Faithfully replicates the design of the K-gun, a key depth charge projector used by the U.S. Navy during World War II.
  • Perfect 1/16 Scale: Ideal for both ship models and dioramas featuring U.S. Navy vessels in 1 16 scale.
  • Lightweight Design for Display Flexibility: The cleverly hollowed-out design offers two key benefits:
    • Reduced weight for easier positioning within your diorama.
    • Material savings, making this high-quality detailing piece accessible.
  • Multiple Material Options: Distefan 3D Print offers a variety of materials to suit your needs, including:
    • MJF Plastic PA12 – Gray Natural Finish: High strength and detail for a classic look.
    • Versatile Plastic (Nylon 12) – White Finish: Excellent for painting and customization.
  • Unpainted Canvas for Customization: This K-gun arrives unpainted, providing a blank canvas for you to unleash your creativity and perfectly match the weathered look of your diorama.

The Perfect Finishing Touch for Your WWII Diorama:

The 1/16 USN K-Gun (Depth Charge Projector) from Distefan 3D Print offers the perfect solution to enhance the historical accuracy and realism of your WWII dioramas featuring U.S. Navy ships. Experience the difference that meticulous attention to detail can make and order yours today!

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

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