Description
Description
The good Good Smile Company MODEROID Robocop Plastic Model Reissue delivers the renowned cyborg police officer from RoboCop directly to your collection, presented as a meticulously detailed plastic model. Crafted by Good Smile Company, this kit faithfully reproduces RoboCop, featuring a re-envisioned design inspired by HAGANE WORKS RoboCop, offering enthusiasts a fresh perspective on a beloved character.
Standing approximately 6.9 inches tall, this model boasts articulated joints, allowing for dynamic display configurations. It comes complete with the Auto 9 and Cobra Gun, alongside interchangeable wrists, diverse facial expression parts, and data spikes, making it a highly adaptable kit for collectors seeking both visual impact and authentic character representation.
Details
• Product Specifications:
Plastic model kit
Articulated joints
Includes Auto 9 and Cobra Gun
Includes replacement wrists
Includes facial expression parts
Includes data spikes
Assembly required
• Item dimensions: 31.1 x 20.8 x 7.2 cm
• Condition: New
• Product Material: Plastic
• Manufacturer: Good Smile Company
• Release Date: June 20, 2026
• Recommended Age: 15 years and up
Features
Stands around 6.9 inches tall, an ideal collectible size for display
Articulated joints enable a wide range of action stances
Comes with Auto 9 and Cobra Gun for authentic scene recreation
Right leg side expands to replicate the Auto 9 holster configuration
Pre-colored molding aids in reproducing the character’s appearance through assembly only
Care instructions
Gently dust the model using a soft, dry cloth or a delicate brush to safeguard its molded finish and intricate details. Shield the figure from direct sunlight, excessive heat, and high humidity to avert potential discoloration or distortion. Exercise caution when swapping components or adjusting the joints, as minor accessories and delicate elements can be brittle. Keep any unused parts in a clearly marked container and position the model on a secure, clean shelf, out of reach of children due to its small components.
