Frog Rush

Frog Rush is a puzzle game about the consequences of a scientific experiment that didn't go according to plan. You are an elite scientist working in a secret laboratory where toxic chemicals have spilled into a local lake. All the frogs have mutated and turned into bloodthirsty amphibians. Maybe it's not your fault, but everyone has bad days. The game is based on chain reaction mechanics. The goal is to remove all mutants from the field with a single mouse click. After clicking on a frog, it releases a projectile that flies to the next target, which in turn also fires when hit, triggering a cascade of shots. The difficulty lies in calculating the correct starting point. Different types of mutants shoot differently: some fire a projectile in a specific direction, while others fire several projectiles in all directions at once. There are a total of twenty-five levels with increasing difficulty, and a short tutorial is available before you start.

How to play?

Study the location of the frogs on the board before clicking. Distinguish between mutants by the number of eyes: frogs with two eyes shoot in all directions at once, while frogs with one eye fire projectiles in only one direction. Memorize these characteristics to calculate the chain of shots. Critically important: there may be normal, unmutated frogs on the field. If you click on them, you will instantly fail the level. Only attack mutants with a changed number of eyes. Your task is to calculate a sequence in which each shot activates the next frog, and so on in a chain until all the mutants disappear from the screen. Click on the starting frog and watch the chain reaction unfold. Did you choose correctly? The shells will fly from one mutant to another, clearing the field completely. Did you miss your first target or did the chain break? The unshot frogs will remain, and you will have to replay the level. Remember that you only have one chance per click. The further you advance, the more cunning the enemy placement becomes and the more difficult it is to guess the correct starting point to trigger the reaction.