UAF Advanced H2H is a Blueprint-only, modular hand-to-hand combat system for Unreal Engine 5.6, built to provide realistic stamina-driven melee combat, movement, and evasion behavior.

The system is designed to be flexible and developer-friendly, allowing easy integration into existing characters while maintaining full control over combat pacing and player fatigue.

This pack combines combat, movement, vitals, and UI into a cohesive gameplay system where stamina directly affects performance—punch speed, sprint speed, and evasion speed dynamically scale based on remaining stamina and fully recover when stamina regenerates.

• Stamina tracking system

• Real-time stamina drain and recovery

• Directly influences combat and movement performance

• Fully adjustable drain and recovery values

• Sprinting system with adjustable sprint speed

• Movement speed scaling based on stamina level

• Strike speed and evade speed modifiers

• Seamlessly integrates with stamina values

• Hand-to-hand striking system

• Directional evasion system

• Guard and blocking mechanics

• Stamina-based combat slowdown and recovery

• Included stamina bar UI

• Automatically updates based on stamina values

• Easily customizable visuals and placement

• 4 Left-hand punch animations

• 4 Right-hand punch animations

• 1 Guard animation

• 1 Idle Guard animation

• 8-direction movement while blocking

• Evade Left

• Evade Right

• Evade Back

All animations are fully integrated into the combat and stamina systems.

This system uses Unreal Engine’s Enhanced Input framework.
The demo project includes an Input Mapping Context (IMC) with the following default bindings. All inputs can be renamed or remapped to fit your project.

• IA_Punch

  • Left Mouse Button

• IA_Block

  • Right Mouse Button

• IA_EvadeLeft

  • Q

• IA_EvadeRight

  • E

• IA_EvadeBack

  • Z

1. Add the provided IMC to your character or player controller.

2. Bind each Input Action to the corresponding functions in the H2H, Movement, and Vitals components.

3. Stamina drain, recovery, and speed scaling are handled automatically by the components.

4. Users are free to replace the IMC or remap inputs for keyboard, mouse, or controller setups.

The system is intentionally input-agnostic to support different control schemes and project requirements.

• Stamina-based combat fatigue system

• Punch speed slows as stamina drains

• Sprint speed dynamically decreases with low stamina

• Evade speed affected by stamina level

• Full performance recovery when stamina regenerates

• Modular Blueprint Actor Components

• Blueprint-only (no C++)

• Built specifically for Unreal Engine 5.6

1. Add the Vitals Component, Movement Component, and H2H Component to your character.

2. Bind your own input actions (Enhanced Input recommended).

3. Adjust stamina drain, recovery, speeds, and thresholds directly in the components.

4. Customize or replace the UI stamina bar as needed.

Input mappings are intentionally left flexible to support different project setups.

🎥 Animation & Gameplay Preview (YouTube): https://youtu.be/uiq4zFhKz-k

📘 Setup & Documentation Video (YouTube): https://youtu.be/dXgS4OaxXxU

This system is ideal for:

• Realistic melee combat games

• Survival or stamina-driven gameplay

• Prototype or foundation combat systems

• Developers who want control over combat pacing without a locked-down framework