Unreal Engine 5: Create and Publish a 3D Action Mobile Game

The Challenge of High-Impact Mobile Action Frameworks

Developing responsive 3D melee combat for mobile hardware presents an intricate balancing act between complex mechanical logic and constrained hardware budgets. While modern game engines offer extensive toolsets, adapting high-tempo melee mechanics to portable touchscreen devices demands a disciplined implementation path from the very first frame.

Unreal Engine 5: Create and Publish a 3D Action Mobile Game addresses this specific production hurdle. Spanning 8 hours and 41 minutes of structured training, the curriculum walks through constructing a complete action combat framework from scratch. Developed for all skill levels, the course guides creators through the technical steps required to assemble responsive character systems, configure reactive opponents, tune performance parameters for handheld devices, and successfully deploy the finished project to the Google Play Store.

Project Setup and Reference Architecture in Unreal Engine 5 and UE5.1

Starting an action title on the wrong technical foot often creates cascading architecture issues when combat systems grow more intricate down the line.

The initial curriculum focuses on foundational engine configuration, providing dedicated setup instructions alongside technical hints for both Unreal Engine 5 and UE5.1. Utilizing a reference project layout, developers learn how to configure an organized environment capable of managing character data, assets, and engine settings systematically. Establishing these baseline parameters early simplifies debugging and ensures that subsequent animation packages and gameplay logic integrate cleanly into the main environment.

Character Animations and Advanced Player Movement

Responsive melee encounters rely on dependable character states where movement and animation blend seamlessly together.

Following level preparation, the project introduces character animation pipelines paired with advanced player movement mechanics. Setting up baseline movement parameters allows creators to test locomotion transitions, directional changes, and input responsiveness. To ensure combat mechanics function reliably before adding complex adversary routines, the curriculum incorporates dummy AI targets. This isolation approach allows precise evaluation of hit reactions, positional tracking, and animation timings in a controlled test setting.

Building Sekiro-Like Melee Combat for Mobile and PC

Creating tactical melee mechanics requires tight control over attack states, defense timing, and instantaneous player feedback.

The core training details how to build a Sekiro-like melee combat system from scratch, engineered specifically to translate across both PC controls and mobile interfaces. Instead of relying on pre-built generic templates, each interaction is constructed directly inside the engine to capture crisp offensive strokes, parries, and evasive steps. Achieving this degree of control requires structuring gameplay logic so input latency remains imperceptible, giving players the precision needed to survive demanding combat encounters on handheld screens.

Advanced AI with Structured Behavior Logics

Action gameplay loses its tension if computer-controlled adversaries behave unpredictably or fail to present a coherent tactical threat.

To solve this, the instruction advances beyond stationary practice dummies into comprehensive AI design. Creators learn to construct advanced AI governed by structured behavior logics and specialized combat skills. These behavior frameworks dictate how hostile units calculate distance, initiate coordinated attacks, deploy abilities, and defend against the player's offensive actions. By structuring these behaviors modularly, developers can tune combat difficulty, adjust tactical patterns, and create diverse encounter designs that remain manageable within the project architecture.

Mobile Game Optimization and Google Play Store Publishing

A mechanically refined action title cannot succeed if high rendering loads and unoptimized logic drag mobile hardware below playable frame rates.

The later stages of the course focus on rigorous optimization for mobile games within Unreal Engine 5. Developers examine performance profiling strategies to handle geometry budgets, manage memory footprint, and maintain stable execution speeds during frantic melee battles. Once the project meets smooth performance targets, the curriculum moves through final deployment procedures, covering the technical configurations and packaging methods required to publish the mobile game directly to the Google Play Store, supported by bonus material covering the full release pipeline.

Explore Similar Assets

• Unreal Engine 5.6 - Build an Action RPG using Lyra Framework
• Unreal Blueprints: Create Games with Visual Scripting in Unreal 5.6
• Easily Create Captivating Environments in Unreal Engine
• How to create a movie in Unreal Engine 5 Beginners Edition
• Create a First Person Shooter (FPS) Game in Unreal Engine 5