NZR 91lb Bridge Track with walkway

NZR 91lb Bridge Track with walkway

NZR 91lb bridge track with a walkway

Author: William Rutgers

NZR 91lb Bridge Track with walkway
• a.im 184.26KB
• a1.im 87.97KB
• a2.im 16.32KB
• b.im 184.26KB
• b1.im 87.97KB
• b2.im 16.32KB
• bridgesleepers.texture.txt 37 bytes
• bridgesleepers.tga 12.00MB
• bridgesleepers_normal-bridgesleepers_normal.texture.txt 102 bytes
• bridgesleepers_normal.tga 12.00MB
• c.im 184.26KB
• c1.im 87.97KB
• c2.im 16.32KB
• config.txt 5.64KB
• endcap_next.im 85.98KB
• endcap_prev.im 88.54KB
• mesh_art_icon.tga 168.79KB
• rail.texture.txt 27 bytes
• rail.tga 192.04KB
• rail_normal.texture.txt 59 bytes
• rail_normal.tga 192.04KB

VE48: This asset uses an obsolete trainz-build number. Trainz-build numbers below 3.5 are no longer supported.
VE216: Material sleepers.m.onetex in mesh file a.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file a1.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file a2.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file b.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file b1.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file b2.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file c.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file c1.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file c2.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file endcap_prev.im has an inappropriate texture slot assigned: texBump
VE216: Material sleepers.m.onetex in mesh file endcap_next.im has an inappropriate texture slot assigned: texBump
VE189: Collision data exceeds 64KB and has been simplified. Consider using a different generation method or a simplified mesh.