Gravitology Physics Puzzle

Game Introduction

Gravitology is a puzzle game that challenges players to guide a ball into a hole using creative track-building tools. The core objective is to design a path using slopes, trampolines, and platforms to roll the ball to its target. With its physics-based mechanics, the game encourages logical thinking and experimentation. The clean visuals and intuitive design make it suitable for players of all ages, offering a family-friendly experience. Developed by Tiaratum Games, it runs smoothly on web browsers across PC, mobile phones, and tablets using WebGL technology. The full-screen mode enhances immersion, and the help feature provides guidance when needed. Released in February 2026 with an age rating of 3+, Gravitology is a charming brain-teaser that combines creativity with physics.

How to Play

Players start by observing the ball and the hole on the screen. On the left side, tools are available to create tracks and platforms. The first tool allows drawing curved slopes or slides by clicking and dragging. The second tool creates platforms with trampolines that make the ball bounce. Players must think carefully about where to place these elements to guide the ball to the hole. Once ready, clicking Start runs the simulation. If the ball does not reach the hole, players can click Stop to make adjustments. An eraser tool removes lines, and a help button at the top right offers hints. The game encourages trial and error, making it a fun learning experience.

Game Features

The game features creative puzzle solving with drawing tools and trampolines. It includes a clean and intuitive interface with a help system for hints when needed. Full-screen mode is available for an immersive experience. The game is compatible with PC, mobile, and tablet browsers, using WebGL technology for smooth performance. The physics-based mechanics add realism to the ball's movement, and the simple yet engaging concept promotes logical thinking and experimentation.

Tips for Success

Start by observing the layout of the ball and hole before drawing. Use slopes to change the ball's direction and speed. Place trampolines strategically to bounce the ball over obstacles. Experiment with different track designs to find the most efficient path. Use the help feature if you get stuck, as it can provide useful hints. Practice regularly to improve your understanding of physics and track-building. Remember that trial and error is part of the fun, so don't be afraid to adjust your design multiple times.

Compatibility