Arcade machines in puzzle platformers often employ clever techniques to handle dynamic stage layouts, ensuring smooth and engaging gameplay. One common method is pre-rendering modular level segments that can be rearranged or swapped in real-time based on player actions. These segments are stored in memory and loaded dynamically, allowing for seamless transitions and unexpected challenges.

Another approach involves procedural generation algorithms, which create unique stage layouts on the fly while maintaining balanced difficulty. Arcade hardware limitations are circumvented by using tile-based systems, where small reusable assets form larger, interactive environments.

Additionally, many games utilize scripting systems to trigger stage changes, such as collapsing platforms or shifting obstacles, synchronized with gameplay events. This combination of modular design, procedural logic, and scripting enables arcade puzzle platformers to deliver dynamic, replayable experiences within technical constraints.