Screw the Nut

Screw the Nut

5.818,546 playes

Screw the Nut is a physics-based logic puzzle where you manipulate objects to guide a nut toward its bolt, testing your timing and spatial reasoning in every level.

About Screw the Nut

This arcade-style puzzle game challenges players to solve physics-based riddles across various stages. The core objective involves interacting with the environment to ensure a nut travels safely to its destination. Since the mechanics rely on gravity and momentum, players must think carefully about the sequence of their actions to overcome obstacles and complete the connection.

The game suits those who enjoy logic puzzles that require both planning and quick reactions. With its clean presentation and intuitive mouse-driven controls, it offers a focused experience centered on structural problem-solving. Each level introduces new layouts that test your ability to predict how objects will fall, roll, or collide within the game world to achieve the goal.

  • Genre: Logic
  • Platform: Browser
  • Mode: Singleplayer
  • Developer: IceStone
  • Recommended age: 3+
  • Mobile support: No
  • Release: 12/08/2019

Why players like Screw the Nut

  • Engaging physics-based mechanics that reward experimentation.
  • Clean, straightforward interface that keeps the focus on puzzles.
  • Increasingly complex level designs that challenge logical thinking.
  • Satisfying feedback when the nut successfully reaches the bolt.

Instructions

mouse

How to play

Use your mouse to interact with different elements on the screen. The goal is to create a path or trigger movement that allows the nut to reach the bolt. Observe the layout first, then click or remove specific objects to influence the nut's trajectory. Success depends on understanding how gravity affects the items and timing your clicks to navigate around stationary or moving barriers.

Tips for beginners

  • Analyze the entire level before making your first move to identify potential hazards.
  • Pay close attention to the shape of objects, as their geometry determines how they roll or fall.
  • If the nut gets stuck, look for alternative sequences of interaction to change its path.