Watt the Bounce! — A Momentum Power Lab
Turn bouncing balls into power in a physics-driven incremental sandbox. Unlock unusual balls, build automated machines, and combine acceleration pads, portals, black holes, cats, frogs, and launch wells into chaotic production chains. Expand your laboratory and power the entire world.
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About this game
Watt the Bounce! is a physics-based incremental sandbox about bouncing balls, automated machinery, and powering the world.
Release balls into a cobalt-blue research facility and generate energy as they collide with walls and one another. Spend energy and collision points on new balls, research, and experimental equipment. What begins as a few simple bounces will gradually grow into a chaotic but efficient momentum power plant.
Turn Collisions into Power
Every effective collision advances the experiment. Add more balls, increase their speed, and choose upgrades that help the facility generate ever-increasing amounts of energy.
Build an Automated Laboratory
Install acceleration pads, spring bumpers, air cannons, portals, black holes, orbital boost rails, and launch wells. Reposition and rotate equipment to create self-sustaining production loops.
Experiment with Different Balls
Unlock balls with distinct physical properties, including magnetic, slime, yarn, cast-iron, and fission balls. Combining them with different machines produces new trajectories and chain reactions.
Recruit Unreliable Assistants
Chase cats pounce on balls to increase their speed. Catcher frogs swallow balls and spit them toward launch wells outside the arena. Upgrade their abilities until their apparent chaos becomes part of your production line.
Expand the Research Network
Use the skill tree to improve balls, collision efficiency, equipment capacity, and automation. Later, construct a global power grid, supply every continent, and push the laboratory toward its ultimate objective.
Features
Physics-driven incremental gameplay
Balls with unique physical properties
Placeable and adjustable automation equipment
Branching research and permanent upgrades
Cats, frogs, and launch wells forming unusual production chains
Progression from a single laboratory to a global power grid
Support for ten interface languages
Plan, optimize, and watch your experiment run
Can you turn one bouncing ball into a power system capable of lighting the entire world?
