Hide Ball: Physics Save

★★★★★

1048 votes

★★★★★

4.7

999k+

Commute Coffeebreak Forkids Logic Problemsolving

Rating: 9.5 (1048 votes)

Category: Puzzle

Type: physics puzzles

Platform: Browser (Desktop and Mobile)

What is Hide Ball: Physics Save?

Hide Ball: Physics Save is a tactical physics-based puzzle game where survival depends on your understanding of structural integrity and environmental hazards. In each level, a vulnerable ball is placed in an open environment, and a "lethal" rain of objects is imminent. You must use limited materials provided to build a shelter or manipulate the environment to ensure the ball remains untouched. It combines the creative freedom of a sandbox builder with the rigid consequences of a physics simulation.

Description

Protect your ball from the falling elements! Use your logic to find the safest hiding spot and build structures to survive each physics-based level.

How to Play

At the start of the level, you will see a ball and a set of available objects (like planks, crates, or stones). Drag and drop these items into the play area to create a protective canopy or a sturdy enclosure around the ball. Once you believe your structure is safe, trigger the "Start" button to release the hazard. If the ball is hit even once, the level fails. You must account for gravity—a top-heavy roof might collapse on its own before the hazard even arrives.

How to Get High Scores in Hide Ball: Physics Save

Efficiency is the path to high scores. The game rewards you for using the minimum number of objects to achieve a "Safe" result. Instead of building massive bunkers, look for "Physics Anchors"—natural crevices in the level's terrain where a single, well-placed plank can create a perfect shield. Pay attention to the trajectory of falling hazards; if they fall at an angle, a slanted roof will deflect them much more effectively than a flat one, using fewer resources.

Frequently Asked Questions

Q: Why did my structure fall over before the objects dropped?

The game uses real-time physics. Your structure must be balanced and supported. If a heavy object is placed on a thin, unsupported plank, it will succumb to gravity.