Your mouse communicates via USB. Standard polling rate: 125Hz (8ms). High speed: 1000Hz (1ms). At 40 CPS, you are generating an input every 25ms.
Quality Assurance (QA) engineers use 40 CPS auto clickers to test mouse durability. If a mouse switch is rated for 20 million clicks, an auto clicker can reach that limit in 5.7 days of continuous running (20,000,000 / 40 / 3600 / 24).
Running a mouse at 40 CPS for 10 hours is equivalent to 1.44 million clicks. A standard mechanical switch rated for 10 million clicks will die in one week of 24/7 usage. You will physically destroy your peripheral.
If you insist on trying this, follow the "Gray Hat" guidelines:
Hardware enthusiasts use 40 CPS scripts to stress-test mouse microswitches (Omron, Kailh, TTC) for durability. A standard switch is rated for 20 million clicks; at 40 CPS, you can simulate 144,000 clicks per hour. 40 cps auto clicker
This is where most users get confused. Even if you download a 40 CPS auto clicker, your physical hardware might fail. Standard office mice and cheap gaming mice have a debounce delay. Debouncing is a hardware or firmware feature that prevents a single physical press from registering as multiple clicks (due to electrical bouncing). A typical mouse has a debounce time of 30–100ms.
If you send 40 logical clicks per second (every 25ms), but your mouse’s firmware cannot process signals faster than every 50ms, your actual output will be capped at 20 CPS. To truly utilize 40 CPS, you need:
Without this hardware, a 40 CPS auto clicker will only produce visual noise, not actual game inputs.
You will need to install the following Python libraries: Your mouse communicates via USB
Run this command in your terminal:
pip install pyautogui keyboard