Ojiva OG-7VMZ y espoleta O-4M - Modelo completo y recortado (no funcional, réplica a escala)

This download contains a professional, scale-accurate, non-functional 3D model pack of the OG-7VMZ warhead with a companion O-4M fuze visual replica — delivered as two main variants for each item:

Contains 46 Pieces!

Full-Up Replica — exterior shells and cosmetic internals arranged for realistic display and scale modeling (visual-only, inert).

Cutaway Replica — sectioned exterior revealing simplified internal geometry for classroom and training visualization (internal parts are visual representations only and are non-functional).

All internal components are intentionally inert and omit any operational detail.

What’s included

Optimized STL files for hobby/desktop 3D printing (separate parts where useful).

Full and cutaway versions of the OG-7VMZ warhead and O-4M fuze (parts split for small-bed printers).

Individual component STLs (nose, body, filler mock, fuze housing — visual-only).

Important — safety & intended use

This pack is a non-functional, inert replica intended only for educational displays, classroom training, museum mounts, scale modeling, and inert demonstrations.
Do not attempt to modify these files to create functional devices or to combine with any energetic materials. By downloading you confirm you will comply with all applicable local, national, and platform laws. The seller is not responsible for misuse.

⚠️ DISCLAIMER: This is an inert training aid model only. It contains no energetic materials and is intended strictly for educational, display, or simulation purposes.

🛑 IMPORTANT: You are not permitted to sell, redistribute, or modify these files for resale. If you're interested in a commercial license or would like to make a custom request, please contact: Redwiresolutions.info@gmail.com

Materials: PLA+ for external shells and cosmetic surfaces; PETG for interface/support pieces.

Layer height: 0.12–0.20 mm (use 0.12 mm for highest small-part fidelity).

Infill: 10–25% (increase if you want added weight/stiffness).

Supports: Light supports where fuze/fin features require it.

Tolerance: Parts modeled with fine clearances — consider +0.1–0.3 mm on mating features depending on your printer and filament.

CA/epoxy for permanent joins.