Electr.io

🎮 How to Play

Welcome to the exciting physics-based world of Electr.io gameplay! Your goal is simple: connect the electrons. Start by clicking or tapping on an electron; this will create a flowing energy stream. Drag this stream to another electron to form a stable connection. As you successfully link more particles, the circuit grows, creating a dazzling chain reaction. The core mechanic of how to play Electr.io revolves around mastering this flow, ensuring your connections are stable and efficient to power up your network across the level.

🕹️ Controls

Desktop (Mouse/Keyboard):
• Primary Control: Click and hold the left mouse button on an electron, then drag to another electron to create a connection.
• Secondary Control: Press and hold the SPACEBAR to temporarily boost the speed and strength of your energy stream for tricky connections.

Mobile/Touchscreen:
• Primary Control: Tap and hold your finger on an electron, then drag your finger to another electron to form a link. The controls are designed for intuitive touch input.

🎯 Objectives

The main objective in Electr.io is to illuminate the entire circuit board by successfully connecting all available electrons. Your short-term goal is to link electrons efficiently to prevent energy loss and build momentum. For long-term success and a high score, you must create the longest possible chain without breaking your connection. Victory is achieved by completely powering up the network, lighting up every node in a spectacular display of controlled energy.

💡 Pro Tips

• 🎪 Master the physics by anticipating the natural flow of the energy stream; don't fight it, guide it for smoother connections around obstacles.
• ⚡ For maximum efficiency, plan your route to connect multiple electrons in one continuous, flowing motion instead of making individual, stop-start links.
• 💰 Boost your score by creating complex chain reactions; linking electrons in rapid succession without breaks grants huge combo multipliers.
• 🏆 Unlock achievements by experimenting with different connection patterns and completing levels without any failed connection attempts for a perfect run.