Skip to content
Media 1 for listing Advanced Companion Drone System | AI & Multiplayer

Description

Advanced Companion Drone System is a modular framework for Unreal Engine 5 that enables developers to create intelligent flying companions for a wide variety of gameplay experiences.

Rather than providing a single combat drone, the framework serves as a flexible foundation for building offensive drones, support companions, healing units, or entirely unique AI assistants with custom behaviors.

Designed with extensibility in mind, the system is built around a modular architecture that integrates easily into existing projects while allowing virtually every aspect of the companion's behavior to be customized or expanded without rewriting the core framework.

Built from the ground up with multiplayer support, the framework features fully replicated gameplay systems, making it suitable for both single-player and networked projects.

This product is licensed for use under the terms of Fab and is intended to be acquired exclusively through the Fab platform. Any redistribution, resale, or unauthorized sharing of this asset, in whole or in part, is strictly prohibited.

PlayableDemo

Online Documentation

Implementation guide


Key Features
  • Full replication

  • Easy integration into existing characters

  • Highly extensible architecture

  • Smart movement system

  • Smart target acquisition and management

  • Automatic obstacle avoidance

  • Multiple follow and targeting modes

  • Data-driven configuration

  • Highly customizable behaviors

  • Complete documentation included

  • Integrated companion gameplay UI

  • Ready-to-use demo map

Ideal For
  • Third Person Shooters

  • First Person Shooters

  • Sci-Fi Games

  • Futuristic Ambient

  • Action Games

  • Multiplayer Games

  • Co-op Experiences

  • Companion Systems

Visit our web page to contact us.

Kozak Interactive

**The product images shown are for illustration purposes only and may not be an exact representation of the product.

Included formats