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DESCRIPTION FOR CGTRADER:Bring legendary Scottish folklore and prehistoric sea monster vibes to your tabletop games and digital collections with this highly detailed Loch Ness Monster (Nessie) Figurine.
Engineered specifically for high-end 3D printing, tabletop RPG encounters, display statues, aquatic dioramas, and digital CGI production, this sculpture depicts the iconic plesiosaur-like lake monster gliding gracefully through splashing waves.
SCULPT & GEOMETRY HIGHLIGHTS:
Features a long elegant serpentine neck, snarling jaw lined with sharp teeth, detailed reptile eyes, dorsal humps, and strong aquatic flippers.
Custom-sculpted splashing water base providing structural support and seamless grid placement for marine encounters.
Deeply carved scale textures, skin folds, and aquatic ridge lines optimized for crisp layer retention, clean washes, and dry-brushing.
100% watertight, manifold geometry with no open boundaries or inverted normals, ready for instant slicer loading.
PRINTING & SLICER RECOMMENDATIONS:
Resin (SLA/DLP): Orient at a 30°–45° backward tilt. Place medium supports along the water base and flippers, with light supports under the chin and neck curve.
FDM: Recommended layer height 0.12mm–0.16mm. Tree/Organic supports work best for the arching neck overhang.
Scale: Proportioned to standard 100 mm height (easily scalable in any slicer).
PERFECT FOR:
3D printing hobbyists & miniature painters looking for dynamic aquatic lighting practice.
Tabletop RPG campaigns (D&D, Pathfinder sea/lake monster encounters) & fantasy dioramas.
Real-time WebGL viewers, AR/VR experiences, and game engine integration.
INCLUDED FORMATS:
.BLEND — Native Blender source file
.FBX — Universal exchange format for game engines & 3D apps
.OBJ — Standard high-detail mesh format
.STL — 3D print ready watertight geometry
.GLB — Lightweight binary format for WebGL, AR/VR & 3D web viewers
If you have questions about printer settings, file conversion, or custom scaling, feel free to contact me. Thank you for your support!
REVIEWS & COMMENTS
accuracy, and usability.
