Buy GAME READY ITHACA SHOTGUN PBR RIGGED 2 SKINS Low-poly 3D model

Name: GAME READY ITHACA SHOTGUN PBR RIGGED 2 SKINS Low-poly 3D model
Brand: Armory3D
SKU: 852357
Price: 12.00 USD
Availability: InStock

$12

License: Royalty Free No Ai

author:

Armory3D

All content related to this 3D asset—including renders, descriptions, and metadata — is credited to its original author, «Armory3D». CGhub does not claim copyright ownership over the content used.

Deliver raw stopping power with the Ithaca 37 Shotgun 3D model, a battle-proven pump-action shotgun known for its bottom-eject design and rugged simplicity. Modeled after the iconic Ithaca 37 Riot/Defense variant, this 12-gauge shotgun has served in military conflicts, police forces, and survival situations for over half a century. Compact, powerful, and reliable — this asset is built for brutal close-quarters gameplay and immersive tactical experiences.

Features:

High-Quality Low Poly Mesh: Fully optimized for real-time performance while maintaining authentic proportions and detail.

Rigged for Animation: Fully rigged for pump action, trigger pull, shell ejection, and reloading animations — perfect for cinematic and gameplay sequences.

Bottom Eject Design: Features Ithaca’s signature bottom-load and eject mechanism for added visual and functional authenticity.

Tactical Form Factor: Riot-style short barrel, fixed stock, and matte finish make it ideal for urban combat or survival loadouts.

Included Ammo: Rigged 12-gauge shells included for complete animation flexibility and realism.

Usage:Ideal for survival games, tactical shooters, historical military titles, and VR combat scenarios. The Ithaca 37 adds gritty, no-nonsense firepower to your game — perfect for tense corridor fights and last-stand moments.

File Formats:

FBX: Compatible with Unity, Unreal Engine, and all major real-time pipelines.

Rigged FBX file

Rigged Blend file

Textures: Includes 4K & 2K PBR texture sets for metal, wood, polymer, and shell assets — tuned for realistic rendering in Unity and Unreal.