Size Matters (v1.1.2)

A botched experiment turns an ordinary laboratory into a frantic, ever-changing obstacle course where every second makes you smaller. Size Matters is a first-person puzzle-platformer built around a simple but effective pressure system: locate the ingredients for an antidote before your shrinking body becomes too tiny to function. Benches become cliffs, shelves become towering platforms, and familiar lab equipment gradually feels like industrial architecture. The tone is playful rather than frightening, but the constant countdown gives every successful climb and correctly completed recipe real urgency.

Most of the action revolves around searching the lab for formula notes and components, then operating specialized machines in the right order. A Chemical Processor can refine materials, the Reverter and Code Combiner transform them further, and the Antidote Producer combines the three essential final ingredients. Reaching these stations demands more than reading instructions; you jump between furniture, move objects into useful positions, and plan routes that will still work after you lose more height. Mistakes cost precious time, while each new formula can send you back across the lab in search of another missing piece. The run ends when you become too small, making efficient movement and smart use of the workspace as important as chemical know-how.

Its strongest idea is how naturally the shrinking mechanic reshapes navigation instead of merely acting as a timer. The same room feels different from minute to minute, turning a compact setting into a shifting platforming challenge with echoes of Honey, I Shrunk the Kids and the task-focused pressure of Overcooked, played alone and in first person. Extensive adjustable settings let players alter starting size, jump allowances, and machine processing times, so the experience can lean toward a relaxed puzzle session or a demanding speedrun. Size Matters suits players who enjoy compact escape-room puzzles, unusual physics-based traversal, and repeatedly refining a route under pressure; veterans will appreciate the efficiency challenge, while newcomers can soften the rules and learn the lab at their own pace.