Unreal Engine 5.7 Tutorial #12 Weapon Attachment & Socket System Tutorial (March 2026)

In this Unreal Engine 5 (UE5) tutorial, we dive deep into the technical side of melee combat systems and character equipment. You will learn how to properly assign skeletons, create custom weapon sockets, and script a robust system to attach and remove weapons dynamically during gameplay. Whether you are building an RPG, an action-adventure game, or a multiplayer combat title, mastering the Socket System and Actor Spawning is essential for high-quality character interaction. We move away from basic "hard-coding" and toward a data-driven approach using Enums and Map Arrays. 🛠️ Step-by-Step Implementation Step 1: Standardizing the Character Skeleton Before we can attach weapons, we need to ensure our player is using a compatible skeleton. Using a MetaHuman base skeleton can sometimes cause issues with standard animations and sockets if not configured correctly. What we did: Right-clicked the Player Mesh, found the Skeleton, and used Assign Skeleton. Why: We switched to the SK_Mannequin to ensure our weapon offsets and bone hierarchies match standard Unreal Engine assets, making the system more modular. Step 2: Setting Up Weapon Sockets Sockets are the "anchor points" where your weapons will live when they aren't being swung. What we did: Added sockets to Spine_01 (for hip storage) and Spine_05 (for back storage). Socket Naming: We named these specifically to match our ItemTypes Enum (e.g., MainHand, OffHand, TwoHanded, Shield). Previewing: We used Add Preview Asset to position the weapons perfectly so they don't clip through the character's mesh. Step 3: Creating the Attach Item Function Instead of messy spaghetti code in the UI, we moved the logic into a dedicated function within the Player Blueprint. Logic: We used SpawnActorFromClass to bring the weapon into the world and AttachActorToComponent to snap it to the specific socket name derived from our Item Info. Data Management: We implemented a Map Array (AttachedActors) to store a reference to the spawned weapon. This allows the game to "remember" exactly which actor to delete when you unequip it. Step 4: Solving Collision Conflicts A common bug when attaching items is the weapon colliding with the player's own camera or capsule, causing "flying" or jittering. The Fix: Inside the Item Base BP, we changed the Collision Presets to Custom. We set the weapon to Ignore the Pawn and Ignore the Camera. Why: This ensures the weapon is visible and can hit enemies, but won't interfere with the player’s movement or vision. Step 5: Implementing the Unequip & Destroy Logic To keep the game optimized, we must "clean up" the world when an item is removed. The Process: When a player unequips an item, the system looks up the Slot Index in our AttachedActors map, finds the specific actor in the world, and calls Destroy Actor. Why: This prevents "ghost" weapons from staying in the scene and keeps the player's inventory data synced with what is actually visible on their back or hip. 🔍 Keywords & SEO Unreal Engine 5, UE5, UE5 Tutorial, Weapon Attachment System, Melee Combat Tutorial, RPG Inventory System, UE5 Sockets, Blueprint Tutorial, Game Development, Character Equipment System, Equip and Unequip Logic, UE5 Mannequin, MetaHuman Tutorial. If you found this tutorial helpful, please LIKE and SUBSCRIBE for more Unreal Engine 5 content! Have a question? Drop it in the comments below! #UE5 #UnrealEngine5 #Gamedev #IndieGame #Blueprint #GamingTutorial #MeleeCombat #UnrealEngine5 #UE5Tutorial #UnrealEngineTutorial #GameDev #GameDevelopment #IndieDev #LevelDesign #UnrealEngine #MeleeCombat #KatanaCombat #CombatSystem #BlockingSystem #GameplayAbilitySystem #GASTutorial #MultiplayerGames #ActionRPG #LearnGameDev #GamingCommunity #GameDesign #VideoGameDevelopment #UnrealEngineCommunity #IndieGameDev #GameDevTutorial