Stylized breakable glass prefabs with staged cracking, shattering, sound effects, and a ready-to-use demo scene.Stylized Cracking & Breakable Glass is a small, ready-to-use glass breaking package for Unity projects.The package includes two stylized glass prefabs: a tall glass panel and a short glass panel. Each prefab supports impact-based cracking and shattering, making it useful for action games, survival games, arcade projects, prototypes, and stylized environments.The glass reacts to collisions from selected layers. On impact, it can show cracked visuals first, then break into prebuilt shard pieces on later hits or stronger impacts. The behavior can be adjusted through inspector fields such as impact speed, damage per hit, hits to shatter, impact layers, shard impulse, shard lifetime, and audio clips.A demo scene is included with a simple controllable capsule so you can test the glass immediately after importing the package.This package does not require external assets or third-party packages.Includes:- 2 ready-to-use stylized breakable glass prefabs- Tall glass panel prefab- Short glass panel prefab- Prebuilt cracked and shattered visual states- Impact-based cracking and shattering script- Configurable impact layer mask- Configurable minimum impact speed- Configurable damage and hits required to shatter- Optional instant shatter by speed- Configurable shard physics activation- Configurable shard impulse, upward bias, and random impulse jitter- Configurable shard lifetime behavior- Built-in crack and shatter audio clip fields- Included glass sound effects- Included stylized glass material- Demo scene with a simple controllable capsule- Local HTML documentationNo external dependencies required.Tested in a clean Unity project.AI assistance was used for code review, documentation drafting, and package preparation guidance. All included audio was created by me, and the glass meshes/shards were created and prepared manually in Blender. No AI-generated images, audio, 3D models, or textures are included in the package.
