Arcade game manufacturers employ rigorous testing methods to ensure their machines withstand long-term wear and tear, especially in high-traffic environments like arcades and entertainment centers. Here’s how they do it:

1. Accelerated Life Testing (ALT): Manufacturers simulate years of usage in a short period by running components continuously under extreme conditions. This helps identify weak points in buttons, joysticks, and circuit boards.

2. Environmental Stress Testing: Components are exposed to varying temperatures, humidity, and dust to mimic real-world conditions. This ensures the machine remains functional in diverse settings.

3. Mechanical Stress Tests: Buttons, joysticks, and other moving parts undergo repetitive pressing and movement cycles to measure durability. High-quality materials like industrial-grade microswitches are often used to extend lifespan.

4. Electrical Load Testing: Circuit boards and power supplies are tested under fluctuating voltages to prevent overheating or failure over time.

5. Field Testing: Prototypes are placed in actual arcades to monitor performance under real usage patterns, providing invaluable feedback for final adjustments.

By combining these methods, manufacturers ensure arcade games deliver reliable, long-lasting performance for operators and players alike.