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((exclusive)) | Beltmatic

While the game is all about arithmetic, having a PC calculator or factory calculator open can help you plan your mathematical pathways.

Since each belt tile can only carry two items per second, increasing belt speed is the most impactful upgrade you can make. It directly increases the throughput of your entire factory without requiring more space.

Are you looking to optimize a specific number chain, orI can help you with: Tips for setting up your first multiplier The best way to layout your extractors How to handle high-volume demands for the hub beltmatic

The game begins simply. You extract 1s from the map and feed them into your Hub. But quickly, the Hub demands larger numbers, forcing you to unlock and master a series of mathematical operators:

This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later. While the game is all about arithmetic, having

Use conveyor belts to transport numbers to a central Hub. Bridges allow belts to cross without mixing streams.

It’s less forgiving than Poly Bridge , but more accessible than TIS-100 . The difficulty curve is smooth—until it suddenly isn’t, and you find yourself drawing exponentiation trees on a napkin. Are you looking to optimize a specific number

The most elegant solution to the problem of generating arbitrary numbers is to build a decimal factory. The idea is simple: create dedicated production lines for the numbers 0 through 9, and for powers of 10 like 10, 100, and 1000. To build any target number, like 4,852, you simply pull a 4,000 from your thousands line, an 800 from your hundreds line, a 50 from your tens line, and a 2 from your units line, then sum them together. This method requires no per-target calculations, turning the game into a pure logistics puzzle.

The journey from your first messy loop of conveyors to a sprawling, clockwork-perfect megabase is deeply satisfying. The moment you watch a complex number like 144 flow perfectly out of a chain of multipliers, split into four deliveries, and vanish into the hub at exactly 60 per minute—that is the "Beltmatic high."

While the game is all about arithmetic, having a PC calculator or factory calculator open can help you plan your mathematical pathways.

Since each belt tile can only carry two items per second, increasing belt speed is the most impactful upgrade you can make. It directly increases the throughput of your entire factory without requiring more space.

Are you looking to optimize a specific number chain, orI can help you with: Tips for setting up your first multiplier The best way to layout your extractors How to handle high-volume demands for the hub

The game begins simply. You extract 1s from the map and feed them into your Hub. But quickly, the Hub demands larger numbers, forcing you to unlock and master a series of mathematical operators:

This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later.

Use conveyor belts to transport numbers to a central Hub. Bridges allow belts to cross without mixing streams.

It’s less forgiving than Poly Bridge , but more accessible than TIS-100 . The difficulty curve is smooth—until it suddenly isn’t, and you find yourself drawing exponentiation trees on a napkin.

The most elegant solution to the problem of generating arbitrary numbers is to build a decimal factory. The idea is simple: create dedicated production lines for the numbers 0 through 9, and for powers of 10 like 10, 100, and 1000. To build any target number, like 4,852, you simply pull a 4,000 from your thousands line, an 800 from your hundreds line, a 50 from your tens line, and a 2 from your units line, then sum them together. This method requires no per-target calculations, turning the game into a pure logistics puzzle.

The journey from your first messy loop of conveyors to a sprawling, clockwork-perfect megabase is deeply satisfying. The moment you watch a complex number like 144 flow perfectly out of a chain of multipliers, split into four deliveries, and vanish into the hub at exactly 60 per minute—that is the "Beltmatic high."