| Rating: | 4.2 (7 votes) |
| Played: | 1616 times |
| Classification: | Action GamesSkill Games |
Lab Havoc is a physics sandbox game. This game features a high-tech laboratory filled with artificial clones and destructive gadgets. Your primary objective is to achieve maximum chaos through creative trap placement. Your task involves building elaborate mechanical systems to see how they react during a simulation.
You start with an empty room and a list of available gadgets. You must select items like saw blades or explosives from the menu. Drag these tools into the testing area and rotate them for better accuracy. The simulation begins once you press the start button. Clones will then enter the room to interact with your creations.
Success depends on how well your traps work together. You can place a launcher to push clones toward a laser grid. Each hit earns points that help you unlock more advanced technology. You should adjust the timing of your hazards to ensure constant action.

Start with simple traps to learn the physics engine.
Place bounce pads to keep clones moving between hazards.
Combine fire and explosives for larger area effects.
Position lasers at head height for immediate impact.
Save your points to unlock gravity-based weapons.
Watch the movement patterns before placing expensive gadgets.
Is the game free to play? Yes, it runs directly in your browser.
How many traps are available? You can unlock over fifty different gadgets.
Can I reset the room? You can clear the chamber at any time.
Do clones have unique behavior? They react realistically to physics and impacts.
Is there a story mode? The game focuses on sandbox experimentation and creativity.
Controls: Mouse to drag and drop items. Mouse Click to start the test. Arrow Keys to adjust the camera view.
Lab Havoc offers a pure creative outlet for players who love physics simulations. You can spend hours testing different mechanical combinations without any pressure. The cartoon-style visuals keep the atmosphere light and entertaining. It feels rewarding to see a complex plan work perfectly. Every session provides a unique outcome for your experiments.