Ragdoll Hit.github ((better)) Jun 2026

If you are knocked back, use the movement keys to try and "roll" or stabilize your ragdoll before you slide off an edge.

Your brain loves . The same punch can:

Because of the physics, jumping ( W ) and then falling onto an enemy with a punch or kick can deal more impact damage.

characterRigidbody = characterModel.GetComponent<Rigidbody>(); ragdoll hit.github

is beautifully simple: defeat your opponent by draining their health bar or, in a satisfying twist, by throwing them off the arena platform.

The Ragdoll Hit GitHub comes with a range of features that make it an ideal tool for physics-based animation. Some of its key features include:

If you find a bug or have an idea for a better physics calculation, write a pull request. The open-source community thrives on collaborative improvements. If you are knocked back, use the movement

: Supports both single-player campaigns and PvP (Player vs Player) battles.

To play Ragdoll Hit via a GitHub repository, open your web browser and search for ragdoll hit github io . Look for URLs that follow the standard structure: https://[username].github.io/[repository-name] . Ensure your browser has WebGL enabled, as physics-heavy HTML5 games require hardware acceleration to run smoothly without frame drops. If you want to dive deeper into this game,

, by contrast, treat the character's body as a collection of rigid bones linked together by flexible joints. When an force acts upon the character, the joints give way entirely, causing the character to collapse like a lifeless toy doll. characterRigidbody = characterModel

Ragdoll Hit is a where you control a stickman character who moves, attacks, and reacts with the loose, unpredictable momentum of a ragdoll. Developed by Mirra Games and first launched in early 2023, it quickly gained popularity among fans of ragdoll physics and stickman combat. Unlike traditional fighters with precise, pre-defined animations, Ragdoll Hit runs on a real-time physics simulation, meaning every punch, kick, and collision is calculated dynamically. This creates a world of hilarious and unpredictable outcomes—no two fights ever look the same.

On GitHub, I've shared a project that demonstrates a basic implementation of ragdoll physics using a popular game engine. The project includes a simple character model, a script to simulate ragdoll physics, and an example scene to test the effect.