Beltmatic

If you enjoy optimizing production lines in Factorio or Shapez , but also find a strange peace in arithmetic, Beltmatic is designed specifically for you. Core Gameplay Mechanics

👎

: Build "MAMs" (Make Anything Machines). A popular late-game strategy is a base-10 generator: Collect digits 0–9 in storage bins. Use exponents to create multipliers (10, 100, 1000). Combine these to build any multi-digit number (e.g., Priority Management

As target goals shift from simple double digits to massive, randomized multi-digit numbers, building a bespoke factory line for every single target becomes highly inefficient. High-level players rely on the concept. 1. The Base-10 Multiplexer Array NEW Minimalist Automation Game!! - Beltmatic beltmatic

Splits numbers, helping you create smaller prime factors. 3. Belt Management and Logistics

If you have a high-value node, you can use a divider to create smaller numbers, which is essential for precise calculations.

The game revolves around extracting raw numbers and processing them to meet specific hub requirements. If you enjoy optimizing production lines in Factorio

Do not build custom, messy belt lines for every single new number request. Instead, create tileable "modules" or blueprints on your grid. Dedicate one area of your map to mass-producing "building block" numbers like 10s, 100s, or 1000s. You can then route these standard blocks to smaller calculation zones near your HUB. Master Belt Throughput

Error: Running one long belt that loops past every machine. Fix: Use a "Main Bus" architecture. Run parallel lines of your basic numbers (1s, 2s, 3s) down the middle of your base. Branch off (splice) from the bus to feed specific machines, leaving the main line uninterrupted.

This simple loop is the DNA of every complex build in Beltmatic. Use exponents to create multipliers (10, 100, 1000)

Use the rewards to unlock more, higher-value number nodes. Mastering the Mechanics: How to Play

The game forces you to rethink your layout as you move from creating simple numbers to complex, multi-digit figures.

In the beginning, you will mostly deal with creating a stable supply of basic numbers. Using "adders" to create 2 from 1+1 is your first step. You'll soon build small, efficient loops to feed the hub. 2. The Mid-Game (Multipliers & Optimization)