Arcade game manufacturers rigorously test button durability to withstand constant mashing, ensuring longevity and player satisfaction. Here’s how they do it:

1. Automated Testing Machines: Manufacturers use robotic arms or mechanical presses to simulate thousands of button presses, mimicking intense gameplay. These machines apply consistent force and frequency to evaluate wear and tear over time.

2. Material Stress Analysis: High-quality materials like industrial-grade microswitches and reinforced plastics are tested for resilience. Buttons undergo stress tests to measure deformation, fatigue, and response accuracy after repeated use.

3. Environmental Simulations: Arcade buttons are exposed to extreme conditions—heat, humidity, and dust—to ensure they function flawlessly in real-world arcade settings.

4. Player Feedback Integration: Manufacturers gather data from actual arcade operators and players to identify common failure points and improve designs.

5. Longevity Benchmarks: Buttons are rated for a minimum lifespan (e.g., 1 million presses) and tested until failure to guarantee reliability.

By combining technology, material science, and real-world feedback, arcade manufacturers deliver buttons that endure even the most aggressive gameplay.