Bandai 5058893 Chopper Drill Model Kit - One Piece Collector Edition  [B-5058893]

Bandai 5058893 - Chopper Drill Chopper Robo 04 Carbon Reinforced 4
Price:
£7.39
Brand:
Bandai
Model:
B-5058893
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review
alt="Bandai 5058893 - Chopper Drill Chopper Robo 04 Carbon Reinforced 4" title="Bandai 5058893 - Chopper Drill Chopper Robo 04 Carbon Reinforced 4"
alt="Bandai 5058893 - Chopper Drill Chopper Robo 04 Carbon Reinforced 4" title="Bandai 5058893 - Chopper Drill Chopper Robo 04 Carbon Reinforced 4"
Bandai 5058893 - Chopper Drill Model Kit for One Piece Fans

Modelled Chopper Drill from One Piece

The Bandai 5058893 kit presents the Chopper Drill as a scale model, recreating the Chopper Robo 04 with carbon reinforced touches. It appeals to hobbyists who prioritise accuracy and a robust finished piece for display.

Detailed Construction Overview

Moulded parts are provided to speed up assembly and reduce the need for modification. The carbon reinforced areas are intended to improve the assembled model's durability while preserving the anime aesthetic.

Specifications

  • Material: Plastic model kit
  • Color Separation: Includes colour-separated components; painting can be applied to refine looks.
  • Assembly Type: Snap-fit

This Chopper Drill kit makes a tidy platform for a display model, offering a balance of faithful design and approachable assembly for One Piece aficionados and model collectors.

Yes, marking stickers are included to help recreate the on-screen markings without custom decal work.
Aftermarket detail parts may fit depending on scale and manufacturer; check part compatibility and measurements before purchasing add-ons.
Store the model in a dust-free display case or on a stable shelf away from direct sunlight to prevent colour fading and limit dust accumulation.
The carbon reinforced styling is primarily structural and cosmetic; it may add slight rigidity without introducing significant extra weight to the finished kit.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved