---

Bounce Prediction flips the puzzle genre on its head with a deceptively clever question: before the ball moves, can you predict exactly where it's going to land? Study the trajectory, account for the walls and obstacles, and place your prediction marker at the precise spot. The closer your guess, the higher your score.

A Puzzle About Physics and Foresight

Most puzzle games ask you to react. Bounce Prediction asks you to anticipate. The ball hasn't moved yet — your job is to analyze the starting angle, estimate how many times it will bounce off surfaces, calculate where spin and momentum will carry it, and commit your prediction before the play begins. It's a game about mental simulation: running the physics in your head before the game runs them on screen.

Increasingly Complex Scenarios

Early levels introduce the core concept cleanly with simple angles and flat surfaces. As you progress, the environment grows more complex. Angled walls redirect the ball in ways that require real spatial reasoning. Multiple bounce surfaces compound the trajectory unpredictably. Moving obstacles add a timing layer on top of the geometric challenge. By the mid-game, predicting the ball's final resting place requires genuine concentration and an intuitive understanding of how angles compound across multiple reflections.

The Satisfaction of Being Right

There's a unique pleasure to Bounce Prediction that differs from most skill games. It's not the satisfaction of fast reflexes or precise execution — it's the quieter, more intellectual pleasure of being right. When you place your marker, watch the ball launch, track it through a cascade of bounces, and see it land exactly where you predicted, the feeling is enormously satisfying. The game rewards spatial intelligence and careful thinking over twitch skills.

Score Big with Accuracy

The scoring system rewards precision: a perfect prediction — marker exactly where the ball lands — earns maximum points, while close but imperfect guesses still award partial credit. This means you can play conservatively by making reasonable estimates, or go for high scores by committing to pin-point accuracy. Over time, your mental physics model improves and predictions that once felt impossible become routine. Available on both desktop and mobile browsers.

How to Think Through Each Bounce

Start by identifying the first surface the ball will hit and calculating the angle of reflection — incoming angle equals outgoing angle relative to the surface normal. Then apply that logic to the second bounce, and so on. Don't try to simulate all bounces simultaneously; chain your reasoning step by step. If the ball has spin, account for how it curves the trajectory slightly. And when you're unsure, trust your gut for the final position — experienced players develop an instinctive feel for where physics ends up that's hard to articulate but very accurate.

Ingenuity Balls Memory

Controls :

   RATON