
Description
Frequently Asked Questions
- Q: What is the maximum DPI of the ATTACK SHARK X3 gaming mouse? A: The ATTACK SHARK X3 gaming mouse features a maximum DPI of twenty-six thousand, allowing for precise tracking and responsiveness during gameplay.
- Q: Can the ATTACK SHARK X3 connect to multiple devices? A: Yes, the ATTACK SHARK X3 can connect to up to four devices simultaneously using its three connection modes: USB-C wired, 2.4G wireless, and Bluetooth 5.2.
- Q: What is the weight of the ATTACK SHARK X3 mouse? A: The ATTACK SHARK X3 weighs only forty-nine grams, making it one of the lightest gaming mice available, ideal for long gaming sessions.
- Q: What type of sensor does the ATTACK SHARK X3 use? A: This gaming mouse is equipped with the Pixart PAW3395 flagship optical sensor, which offers six adjustable DPI levels for enhanced tracking performance.
- Q: How many programmable buttons does the ATTACK SHARK X3 have? A: The ATTACK SHARK X3 features a total of five programmable buttons, allowing users to customize their gaming experience with shortcuts and macros.
- Q: Is the ATTACK SHARK X3 suitable for different grip styles? A: Yes, the ergonomic design of the ATTACK SHARK X3 supports various grip styles, making it comfortable for users regardless of their hand shape.
- Q: What type of switches does the ATTACK SHARK X3 use? A: The mouse is equipped with high-end Kailh GM8.0 micro switches, which provide a crisp sound and a lifespan of up to eighty million clicks.
- Q: How does the ATTACK SHARK X3 perform in terms of response time? A: The ATTACK SHARK X3 has a response speed of one thousand Hertz, ensuring minimal latency and a fast reaction during gaming.
- Q: Can the ATTACK SHARK X3 be used while charging? A: Yes, the ATTACK SHARK X3 can be used in USB-C wired mode while charging, allowing for uninterrupted gaming sessions.
- Q: What materials are used in the construction of the ATTACK SHARK X3? A: The ATTACK SHARK X3 is made with advanced lightweight materials, contributing to its ultralight design and enhancing user comfort during prolonged use.