Bolts

Bolts

⭐ 8.04,538 playes

Bolts is a logic-based puzzle game where players must use precise mouse interactions to solve mechanical challenges, offering a clean and engaging experience for fans of spatial reasoning.

About Bolts

Bolts focuses on mechanical logic, challenging players to manipulate components within a 3D environment. Built on the Unity engine, the game provides a tactile feel as you interact with various elements to progress through its levels. The puzzles emphasize spatial awareness and careful planning, requiring players to think several steps ahead to understand how different parts interact and which pieces must be moved first.

The game's minimalist design ensures the focus remains entirely on the puzzles themselves. It is an ideal choice for players who enjoy brain-teasers and physics-based interactions. With its intuitive mouse-based controls and mobile support, it provides a smooth experience across different devices, making it accessible for both quick sessions and longer play periods for puzzle enthusiasts.

  • Genre: Logic
  • Platform: Browser
  • Mode: Singleplayer
  • Recommended age: 7+
  • Mobile support: Yes
  • Release: 06/12/2025

Why players like Bolts

  • Clean and minimalist 3D presentation
  • Satisfying mechanical logic puzzles
  • Intuitive mouse and touch interactions
  • Engaging spatial reasoning challenges

Instructions

mouse

How to play

Use your mouse or touch screen to interact with the bolts and mechanical parts on the screen. The goal is to manipulate these components in the correct sequence to solve each level's logic puzzle. Pay close attention to how each piece is connected, as moving one part may affect others. Progression relies on identifying the right order of operations to clear the board.

Tips for beginners

  • Observe the entire layout before making your first move to identify dependencies.
  • Test how individual components move to understand their specific constraints.
  • If a piece is stuck, look for other bolts that might be blocking its path.
  • Work from the outermost layers inward to simplify complex mechanical arrangements.