Medieval Collection Weapons Shields

Collection Info

• This Collection offers 5 unique shields. Includes the Crude, Common, Knightly, Elegant, and Noble Style shields. These models can be purchased separately. These models may be included in other collections for a different price.

Important Info

• Made with Blender 2.8
• Rendered with Cycles
• Includes 3 Poly Levels / LOD variants for each model; Low Poly, Medium Poly, and High Poly.
• Models are labeled clearly.
• Models have been scaled to real-world proportions, but may require resizing.
• UV Unwrapped, Non Overlapping.
• Includes PBR Diffuse, Metallic, Roughness, Normal Map, and 3 Ambient Occlusion Maps, 1 for each poly level. (4096 x 4096 px. PNG format)
• Preview Scene objects not included.

Common Style - Round Buckler shape featuring darker wood with lighter leather straps. Light scratching and dirt across the surface.

• Vertice Count: (1,553) (4,449) (14,613)
• Model Size: (2 ft. / 60 cm.)

Crude Style - Squared Tower shape featuring lighter wood with bronze leather straps. Heavy rust, dirt and scratches on the surface.

• Vertice Count: (1,456) (4,864) (17,048)
• Model Size: (2.4 ft. / 73 cm.)

Elegant Style - Tapered Kite shape featuring painted wood with black leather straps. Medium scratching across the surface.

• Vertice Count: (908) (3,770) (12,667)
• Model Size: (3 ft. / 92 cm.)

Knightly Style - Wide Diamond shape featuring full steel face with brown leather straps. Medium scratching and dirt on the surface.

• Vertice Count: (1,372) (4,391) (12,688)
• Model Size: (2 ft. / 65 cm.)

Noble Style - Long Diamond shape featuring gold engraving with reddish leather straps. Clean surface with light scratching.

• Vertice Count: (1,501) (4,720) (13,520)
• Model Size: (2.4 ft. / 72 cm.)

Unity and Unreal

• Assets have been imported with textures and materials applied.
• Includes basic project files.

Printing

• These models include STL files, but have not been tested on any printer.
• Detailing on the model may be the result of Normal Maps, and not part of the mesh.