Romulan Disruptor Replica 1:1 Scale 3D Printed Prop Gun Fantasy & Cosplay PLA

$29.99
Convention/Event
None
Romulan Empire Sci-Fi Costume Accessory PLA Print Unpainted Pr
Prop Collectible Prop Convention Ready Display Piece
Signed By
no one
Character
Romulan Disruptor
Signed
No
Material
PLA
Franchise
None
Brand
Unbranded
Type
Star Trek Romulan Disruptor
Unit Type
Unit
Romulan Disruptor Star Trek Prop Sci-Fi Prop Weapon Star Trek
Cosplay Prop 1:1 Scale Replica 3D Printed Prop Gun Fantasy
Superhero Team
None
Personalized
No
Features
#D Printed for Cosplay
Country/Region of Manufacture
United States
Unit Quantity
1
Fictional Weapon
Gaming Prop

Command the attention of the galaxy with this stunning 1:1 scale replica of the iconic Romulan Disruptor, perfect for enhancing your Star Trek cosplay, sci-fi costume, or prop collection. This prop gun faithfully recreates the distinct angular and futuristic design of the Romulan Empire's sidearm.

Features:

  • Accurate 1:1 Scale: Meticulously designed to be a true life-size representation of the Romulan Disruptor, providing an authentic and imposing presence for cosplay and display.

  • Highly Detailed 3D Print: Crafted with precision using 3D printing technology (likely FDM, given the visible layer lines), capturing the sharp angles, recessed panels, and unique silhouette of the weapon as seen in the Star Trek universe.

  • Matte Black Finish: Presented in a sleek, unpainted matte black finish, offering a clean, ready-to-use prop. This also provides an excellent base if you wish to apply your own custom paint job, weathering, or clear coat to match specific on-screen appearances or personal preferences.

  • Lightweight PLA Material: Constructed from PLA (Polylactic Acid), a common and durable material for 3D printed props, making it lightweight and comfortable to carry for extended periods during conventions or photoshoots.

  • Fantasy & Cosplay Ready: An essential accessory for any serious Romulan cosplayer, or a fantastic addition to any science fiction prop collection.