About

Mini Metro is an elegant puzzle strategy game about designing a subway system. You draw lines between stations, manage carriages, and adapt your network as new stations appear with growing passenger demand. The London map is where most players begin — a compact city that teaches the game's core tension perfectly.

The minimalist aesthetic is stunning. Stations are simple geometric shapes, passengers are tiny icons, and your lines are colored strokes. There's no clutter, no tutorial pop-ups — just the rhythm of a city breathing in and out. It's meditative until it isn't, and then suddenly you're frantically rerouting lines to prevent gridlock.

Each week a new station opens. Each shape must be served. When a station overloads, the game ends. The challenge is in anticipating bottlenecks before they happen and building flexible networks that can adapt. It's planning under pressure, and deeply satisfying.

How to Play

• Draw metro lines by clicking and dragging between stations of any shape.
• Passengers automatically travel toward their matching destination shape.
• At the end of each week, receive new carriages, tunnels, or extra train lines.
• Reroute or extend lines as new stations appear on the map.
• The game ends when any station overflows with waiting passengers.

Tips

• Build circular or loop lines to distribute passenger flow across more stations.
• Tunnels are precious — save them for crossing rivers to connect distant clusters.
• Diversify line shapes: a line that only serves circles will overwhelm those stations.

History

Mini Metro was developed by New Zealand studio Dinosaur Polo Club, releasing in Early Access in 2014 and fully in 2015. It began as a prototype built in a game jam. The game won numerous awards for its design and was praised by transit professionals for its intuitive modeling of network theory. It has been played by over 10 million people across PC and mobile platforms. Real-world subway engineers have cited it as a surprisingly accurate teaching tool for understanding passenger flow and network resilience.