A stylised medieval arsenal and toolset of 27 models for RPGs, fantasy scenes and props: blades with lofted diamond cross-sections, bearded axes, polearms, a bow with string, three shields, a wizard staff with a glowing crystal, a lit torch and lantern, and the village blacksmith's tools down to the anvil. Hand-held items pivot at the grip, ready to parent to a hand socket.

What's included (27 pieces)

• Swords and knives: longsword, shortsword, dagger, falchion
• Axes, maces, polearms: battle_axe (double bit), hand_axe, war_hammer, mace (flanged), spear, halberd
• Ranged: bow (with string), arrow, quiver (with arrows)
• Shields: round_shield (planks, iron boss), heater_shield (painted), buckler
• Magic and light: staff (glowing crystal), torch (emissive flame), lantern (candle)
• Tools: pickaxe, shovel, smith_hammer, wood_axe, pitchfork, sickle, tongs, anvil (on a stump)
• Formats: GLB, FBX, OBJ/MTL (one file per piece) + Blender source

Specs

• Real-world scale in metres (longsword 1.19 m, spear 2.28 m, round shield 0.78 m)
• 204 to 3,420 triangles per model, 20,220 for the whole set (listed polygon count): light enough for RPG inventories and crowds
• PBR metal/roughness: 13 texture sets (albedo, normal GL + DX, roughness, metallic, AO, ORM) at 256 to 1024 px; crystal and flames ship an emission map
• World-scale UVs: wood grain runs along every haft, blades use axis-aligned projections
• All textures and meshes made procedurally by AssetLoom (no scans, no third-party content)

Conventions

Units: metres, real-world scale. Z-up in the .blend; GLB/FBX/OBJ exported Y-up (glTF convention).
Hand-held pieces: pivot at the main grip (where the hand closes), business end along +Z in Blender (+Y in glTF), blade flat in the XZ plane.
  Shields pivot at the centre of the back handle and face -Y; the lantern pivots at the top of its carry ring.
  wpn_quiver and wpn_anvil are floor props: pivot on the floor at the base centre.
One mesh object per piece, triangulated, smooth shading with hard edges and area-weighted custom normals where useful (normals exported).
UVs: world-scale projections per part (planar, cylindrical or swept along the part) so tiling PBR textures keep a constant texel density.
  Screens and labels use fitted 0-1 UVs. No lightmap UV2: let Unity/Unreal generate one if you bake lighting.
Materials (13): wpn_ash, wpn_brass, wpn_cloth, wpn_crystal, wpn_flame, wpn_iron, wpn_leather, wpn_leather_red, wpn_oak_dark, wpn_paint_blue, wpn_paint_red, wpn_planks, wpn_steel.
Textures: <set>_albedo, _normal-gl (OpenGL: Blender, Unity, Godot), _normal-dx (DirectX: Unreal), _roughness, _metallic, _ao,
  _orm (R = AO, G = roughness, B = metallic), _emission. GLBs embed JPEG copies; FBX/OBJ reference ../textures/.
Emissive: wpn_crystal, wpn_flame (emission map + strength set in the materials).

Engine notes

• Blender: open the .blend (textures resolve from textures/) or import any GLB/FBX/OBJ.
• Unity (URP/HDRP/Built-in): import the FBX files plus the textures folder; set the _normal-gl maps to Normal Map. Metallic smoothness: use _metallic and invert _roughness, or use the GLB with glTFast.
• Unreal Engine 5: import the FBX files; use _normal-dx for normals and _orm (R = AO, G = roughness, B = metallic) packed into one texture.
• Godot 4: drop the GLB files into the project; materials, normal maps and AO come through automatically.
• Other DCCs (Maya, 3ds Max, Cinema 4D, Houdini): FBX or OBJ + MTL with the PNG maps.

Headless Blender check

• All 27 pieces re-imported from the shipped GLB, FBX and OBJ files with every PBR map resolved (27/27, 27/27, 27/27); triangle counts identical across formats: yes.
• 0 loose vertices/edges, 0 degenerate faces, 0 open edges, 0 flipped-normal edges; 0 floating parts (every part touches its neighbours or the resting surface).
• No coplanar overlapping faces between parts (no z-fighting).