AS350 Police Helicopters Collection Vol 1

AS-350 Police Helicopters Collection Vol.1

This collection contains (each available separetly, see my profile):

• AS-350 Anaheim Police
• AS-350 Baltimore County Police Department
• AS-350 California Highway Patrol
• AS-350 Edmonton Police Service
• AS-350 Hillsborough Sheriff
• AS-350 LAPD 1
• AS-350 LAPD 2
• AS-350 LAPD 3
• AS-350 Oklahoma Police

Included armament and/or equipment (each available separetly, see my profile):

• Spectrolab SX-16 Searchlight
• Camera FLIR Ultra7000
• Camera Wescam L3 Black
• Searchlight Trakkabeam A800

Similar collection (see my profile):

• AS-350 Police Helicopters Collection Vol.2

Photoshop files are available for the following models: All models

File formats:

• 3ds Max 2021 (native)
• Blender 3.1.0
• Maya 2022
• Cinema 4D R25.117
• Unity 2021.3.5f1
• Unreal Engine 5.4.4
• FBX
• OBJ

Total polycount (see individual polycount in the each model description):

• 703.090 polys
• 1.374.481 tris
• 752.998 verts

PBR textures are available for Specular-Glossiness and Metalness-Roughness workflows

Textures resolution:

• 4096 px (for large objects)
• 2048 px (for small objects)

Textures list (*.PNG):

• Base Color
• Metallic
• Roughness
• Diffuse
• Specular
• Glossiness
• Normal
• Ambient Occlusion

More information:

• Game ready - perfectly fits for Unity and Unreal
• Low poly
• Real world scale
• Units used: meters
• The model has 100% Scale, placed in 0,0,0 coordinates and doesn't have rotations
• All parts are fully UV unwraped. No multi-materials or color fills
• All parts and materials have logical names and ready for coding. (no names such as Object001 or Default - 01)
• Some identical parts have the same UV coordinates (overlapped). It saves textel resolution and does not affect on Ambient occlusion map (no black spots)

Originally created with 3ds Max 2021. No 3rd party plugins required.

Software used:

• 3ds Max 2021 for modeling
• RizomUV for unwrapping
• Photoshop and Substance Painter for texturing
• Marmoset Toolbag for rendering