Frog Rush

Frog Rush is a puzzle game about a science experiment gone wrong. You play as an elite scientist in a secret lab where toxic chemicals have leaked into the nearby lake, and every frog has mutated into a bloodthirsty amphibian. Maybe it is not exactly your fault, but bad days happen. The game uses chain reaction mechanics, and your goal is to wipe out all the mutant frogs on the board with a single mouse click.

When you click on a mutant frog, it fires a projectile that flies to the next target. That frog then shoots when it is hit, and the shots keep bouncing from one mutant to another in a long cascade. The challenge is choosing the right starting frog. Different mutants behave in different ways: some shoot in just one direction, and others fire several projectiles in all directions at once. There are twenty-five levels with increasing difficulty, and there is a short tutorial before you start this frog puzzle game.

How to play?

Take a moment to study how the frogs are arranged on the board before you click. Pay attention to the number of eyes on each mutant. Frogs with two eyes fire in all directions at once, and one-eyed frogs only shoot in a single direction. Remember these traits so you can plan out the chain of shots in Frog Rush.

Watch out for normal, unmutated frogs that might appear on the field. If you click one of them, you instantly fail the level. Only target mutants with a changed number of eyes. Your task is to plan a sequence where each shot hits the next frog in the chain until every mutant disappears from the screen. Click the starting frog and watch the chain reaction unfold. If you chose well, the projectiles will fly from one mutant to another and clear the entire field.

If you miss your first target or the chain reaction stops early, some frogs will stay on the board and you will have to replay the level. You only get one attempt per click, so each choice matters. As you progress, enemy placement gets trickier, and it becomes harder to guess the correct starting point to trigger the full reaction.