This is a set of STL files for a 3D printed thermoptic Pistol featured in the live action 2017 film Ghost In The Shell.
Also see Assembly Instructions
A highly detailed, screen-accurate 3D printable model of Major Mira Killian/Motoko Kusanagi's thermoptic pistol from Ghost in The Shell, based on Glock 19 dimensions with multiple variants and build options.
Inspired by Major Mira Killian/Motoko Kusanagi’s weapon from Ghost in The Shell (2017).
Multiple build options available.
Dissatisfaction with existing models' size and detail accuracy.
Desire for a screen-accurate, multi-part, detailed model.
Used available screenshots and stunt photos for reference.
Ensures most parts lock together like a real Glock, requiring minimal glue.
Adjusted barrel position and geometry to prevent misuse with real Glock parts.
Based on actual Glock 19 dimensions, allowing use of real or replica parts.
Highest part count and detail level among available models.
Minimal assembly glue needed; parts mostly lock together like a real Glock.
Offers multiple frame variants for different visual styles and states.
Not suitable for beginners; requires proficient 3D modeling and printing skills.
Parts have tolerances similar to real Glock, resin prints will need sanding/finishing.
FDM printing at 0.08mm layer height yields good fit; resin parts may need more finishing.
Final model is static; no functional mechanical action, slide racking may risk damage.
Designed for display, but can be assembled and disassembled like the real Glock.
FDM: Good for non-transparent parts; uses PLA; may show ghosting; suitable for internal parts.
Resin: Necessary for transparent parts and small components; requires careful handling due to shrinkage and other distortions.
Hybrid: Combines resin for transparent parts and FDM for larger or accurately fitting parts; results in high-quality display models.
Comprehensive list of STL parts and step-by-step assembly guidance.
Includes frames, slides, barrels, internal components, magazine parts, and detailed small parts.
Assembly involves sub-assemblies: magazine, barrel, slide, trigger, frame.
Detailed instructions for each sub-assembly and final assembly process.
Emphasizes careful fitting, optional internal detail omission, and finishing for best results.
