Turbo Dismounting

Turbo Dismounting

8.9217,969 playes

Turbo Dismounting is a physics-based stickman simulator where players experiment with various stunts and crashes to achieve the most spectacular and logical results possible.

About Turbo Dismounting

Turbo Dismounting offers a humorous take on physics simulation, tasking players with orchestrating elaborate crashes and stunts involving a resilient stickman character. The game focuses on the interaction between the environment and the character's movement, allowing for a variety of experimental scenarios. Each attempt relies on timing and positioning to see how the physics engine reacts to different forces.

The title appeals to those who enjoy skill-based logic puzzles where the goal is centered around kinetic energy and structural impact. By using simple controls to trigger actions, players can observe the chaotic results of their setups. It is a title suited for fans of ragdoll physics who appreciate seeing cause-and-effect relationships play out in a controlled, virtual environment.

  • Genre: Logic
  • Platform: Browser
  • Mode: Singleplayer
  • Mobile support: No
  • Release: 09/11/2018

Why players like Turbo Dismounting

  • Entertaining ragdoll physics and stickman animations.
  • Straightforward controls that allow for quick experimentation.
  • The satisfaction of watching complex, physics-driven chain reactions.
  • A lighthearted and funny approach to simulation gameplay.

Instructions

mouse = interaction

SPACE = stunts

How to play

To begin, use the mouse to interact with the interface and prepare your stickman for the upcoming stunt. Once ready, use the spacebar to initiate movement or trigger specific stunts. The objective is to navigate the environment in a way that maximizes the physics-based interactions. Pay attention to how different angles and timing affect the stickman's trajectory and the resulting impact during each simulation run.

Tips for beginners

  • Experiment with different timing when pressing the spacebar to change the stunt's outcome.
  • Observe the environment carefully to identify potential points of impact.
  • Try varied mouse interactions to set up the most effective starting conditions.