if humanoid and character ~= self.Owner then if not self.HitCharacters[character] then self.HitCharacters[character] = true humanoid:TakeDamage(self.Damage) -- optional: trigger hit effect self:OnHit(character, hit) end end end)

local swordPart = script.Parent local owner = script.Parent.Parent.Parent -- assume character

public void Deactivate() { isActive = false; }

This is the most common use in games like Da Hood or Murder Mystery 2 . The script identifies the hitbox of an opponent and artificially increases its size. This allows the user to hit opponents even if their crosshair isn't perfectly aligned, essentially making it impossible to miss.

return HitboxModule

A highly detailed character model may consist of 50,000 polygons. Calculating collision detection on such a mesh for every frame of gameplay is computationally prohibitive. The "hitbox script" bridges this gap by attaching simplified geometric primitives (boxes, spheres, or capsules) to the visual skeleton. The efficacy of a hitbox script is measured not by its complexity, but by its ability to balance (did the sword actually touch the enemy?) with Temporal Fidelity (did the game register the hit at 60 frames per second?).