One common early strategy is to pack a small cluster of buildings into a dense square. As one player notes, "pack 8-15 adders/subtractors/dividers/multipliers/exponentiators into a 15x15 square area with 2 belts in and 1-2 belts out". These modules can then be copy-pasted across the map, allowing you to produce any number by factoring it and using the modules to build it piece by piece.
: Once numbers are moving on belts, they must pass through special processing blocks. These operational blocks combine incoming integers via mathematical functions:
At first glance, Beltmatic feels minimalist, but its mechanical depth deepens rapidly. The primary objective is straightforward: look at the target number requested by the Hub, build the logic network required to generate that number, and transport it via conveyor belts. beltmatic
Beyond basic assembly, the community has devised impressive machinery, or "Make Anything Machines" (MAMs), that can dynamically generate any number on demand. These designs have become a major part of the game's endgame, allowing players to create number generators capable of producing values up to 10 billion. The recent 1.0.10 update added even more control, allowing players to reverse belt direction while holding ALT and smarter L-shaped belt placement.
Recent Reviews: Very Positive (45) - 93% of the 45 user reviews in the last 30 days are positive. English Reviews: Very Positive ( Beltmatic - Steam Community One common early strategy is to pack a
: You can set Belt Priorities at intersections by clicking them to ensure critical numbers reach their destination first.
: Players start on a clean grid populated with small, scattered resource nodes. Instead of coal or iron, these nodes contain raw numbers. Early on, you can only extract low digits like 1 or 2 . : Once numbers are moving on belts, they
In addition to mathematical tools, players unlock utility components like (which let two conveyor lines cross over without mixing) and Storages (massive buffers that accumulate up to 10,000 units of a single number). Mid-Game Optimization Strategies
Divides the primary input by the secondary input. 3. Conveyor Belts and Logistics
(Level 1): The foundation of everything. Combine two inputs to get their sum. Multiplier
To progress, you must combine these base numbers to create much larger, specific target values demanded by the game center. You achieve this by routing belts into specialized mathematical factories: Combines two inputs (e.g., 2 and 3 become 5).