Getting Over ItWield a sledgehammer to climb a mountain of surreal obstacles in Getting Over It, a punishing physics platformer where every single move matters.
Getting Over It
Getting Over It is a notoriously challenging physics-based climbing game where precision, momentum, and patience determine how far you reach. Controlling a man named Diogenes wedged inside a heavy metal cauldron, your only tool for ascent is a long sledgehammer. Your goal is simple yet agonizing: scale a sprawling mountain of junk, furniture, and steep terrain to reach the top without falling back down.
Every movement in the game relies on physics and leverage. By pushing the head of your hammer against surfaces or hooking it onto elevated ledges, you launch yourself upward or anchor your weight while planning your next shift. Because there are no checkpoints, a single miscalculated swing can send you tumbling all the way back to the starting area, making every successful vault a high-stakes victory.
Controls
Getting Over It uses pure mouse control rather than standard movement keys:
- Mouse Movement: Move your cursor to swing, extend, and rotate the sledgehammer around your character.
- Pushing / Vaulting: Press the hammer head against the ground or wall to push your cauldron into the air.
- Hooking / Pulling: Hook the hammer tip over an edge and move the mouse downward to pull yourself up.
- Touchscreen (Mobile): Drag across the screen to direct the hammer’s movement.
Tips for Scaling the Mountain
- Plant before you pull: Make sure the tip of your sledgehammer is securely hooked onto a solid edge before attempting to pull your weight upward.
- Master subtle pushes: Sudden, violent mouse flicks often cause you to bounce unpredictably. Smooth, controlled pushes off flat surfaces give you far more height and accuracy.
- Use the hammer as a shield: If you slip off a high rock, immediately extend your hammer downward to catch a lower ledge or soften your landing.
This game is best suited for players who enjoy high-stakes skill challenges, momentum-based physics, and tests of determination where every inch of progress is earned.








