The Armored Personnel Carrier Suricate is a rigged, highly detailed 3D model of a modern tactical APC, designed for military simulations, next-gen games, cinematic sequences, and real-time rendering projects.

This APC features a compact yet aggressive armored design, optimized for urban combat and fast deployment missions. The model includes reinforced body plating, heavy-duty off-road wheels, armored viewing ports, roof-mounted hatches, and defensive weaponry mounts (if equipped). The interior includes troop seating, driver controls, and operational compartments, allowing for full usability in first-person scenes or cinematic shots.

The Suricate APC is fully rigged with rotating wheels, steering control, and articulated suspension — enabling realistic movement and dynamic animations directly in Blender, Unreal Engine, Unity, or your preferred platform.It has been modeled using clean quad-based topology and is fully UV unwrapped for easy texturing and material setup, all matched to real-world scale.

Perfect for modern warfare environments, defense simulations, or strategy games, the Suricate APC is a versatile and high-quality asset built for performance and visual fidelity.

Model Features:

Fully rigged: rotating wheels, steering mechanics, suspension articulation

Highly detailed armored exterior and troop seating interior

Clean quad topology – ready for rigging, animation, and sculpting

Fully UV unwrapped – clean, non-overlapping UVs

Real-world scale for easy integration

Compatible with Blender, Unreal Engine, Unity, and other DCC software

Delivered formats: .blend (native), FBX, OBJ

Geometry Details:

Vertices: 508,413

Edges: 1,008,238

Polygons: 495,238

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 Armored Personnel Carrier Suricate – Rigged APC 3D Model. We hope this will be your best purchase ever. If you are getting any errors, feel free to ask.