Agusta Westland AW109 Rigged Luxury Military Helicopter 3D model

The AgustaWestland AW109 is a rigged, high-quality 3D model of the renowned light twin-engine helicopter, used in both civilian and military aviation. This versatile aircraft is modeled with precision for use in games, simulations, cinematics, and real-time applications.

This model features an accurate and detailed exterior including:

Main and tail rotors

Retractable landing ski

Doors and fuselage detailing

Navigation and tail fins

Aerodynamic body design

The geometry is created with clean quad-based topology, ideal for animation, deformation, or further sculpting. The mesh is fully UV unwrapped, with non-overlapping islands for efficient texturing and baking workflows.

The model comes fully rigged, enabling rotor spinning, door animations, and basic helicopter movement out of the box. It's structured to drop directly into Blender, Unreal Engine, Unity, or any custom pipeline.

Whether you’re designing realistic airlift scenes, building a civilian rescue sim, or developing a military flight game, the AW109 offers an accurate and production-ready asset.

Model Features:

Fully rigged – Main rotor, tail rotor, doors, and base movement controls

High detail modeling – Exterior structure, skids, rotor mechanics, and cockpit shell

Clean quad-based topology – Animation- and sculpt-friendly

Fully UV unwrapped – Organized, non-overlapping UVs

Real-world scale – True-to-life proportions for accurate scene placement

Game ready & cinematic ready – Optimized for rendering and real-time engines

File formats included: .blend (native), FBX, OBJ

Geometry Details:

Vertices: 174,039

Edges: 345,652

Polygons: 181,167

File Formats:

There are 3 interesting file formats available here.

Source file: Blender (.blend)

Extracted: FBX (Binary, 2018_00)

Extracted: OBJ

Final Words:

Thank you very much for purchasing our AgustaWestland AW109 – Rigged Luxury/Military Helicopter 3D Model. We hope this will be your best purchase ever. If you are getting any errors, feel free to ask.