. They claim it’s 30 milliseconds faster than the competition, but the secret isn't in faster wireless polling or gold-plated contacts. In fact, they’ve ripped out the mechanical switches entirely. This mouse swaps traditional hardware for an inductive coil and a haptic motor, effectively turning your primary buttons into analog triggers with adjustable actuation points.
Inductive Sensing vs. Traditional Switches
Normal mice have a fixed physical travel distance before the circuit closes. The
allows you to set the actuation depth across 10 levels. Level one is hair-trigger sensitive, while level 10 mimics a deep, deliberate press. Because there is no physical leaf spring clicking, Logitech uses haptic motors to simulate tactile feedback. It feels alien at first; instead of a tension release, you feel a sharp bump against your fingertip that is fully customizable through software.
High-Speed Latency Verification
I put these claims to the test using a high-speed camera and a 720 Hz monitor. Testing with "bro-science" realism—measuring from the moment my finger moved to the flash on screen—showed staggering results. At level one, the end-to-end latency averaged under 10ms. When compared to the
was 27ms faster. The data doesn't lie: reducing pre-travel through analog sensing works.
Logitech weren't kidding.. - X2 Superstrike
Practical Performance and Final Verdict
While the tech is flawless, the utility is subjective. In real-world gaming, most of us already pre-tense our fingers, naturally closing that pre-travel gap. I found level one so sensitive it caused frequent misclicks, forcing me to adopt a passive, uncomfortable grip. I settled on level four for a balance of speed and confidence. If you’re coming from a
, this is a massive upgrade in trigger feel and raw response. However, don't expect it to magically fix your aim; it’s a tool for refinement, not a substitute for skill.
