Glass vs Cloth Mousepad & Skates Friction Dyno
Simulate kinetic glide dynamics. Compare static break-away sticktion, dynamic sliding friction, and braking stopping power across popular pads (Artisan, Skypad, QcK) and skate materials.
โ๏ธ Surface & Hardware Setup
โ Frequently Asked Questions
What is the difference between Static Friction (Sticktion) vs Dynamic Friction?
Static friction (also called 'sticktion') is the initial resistance force required to break the mouse from a dead stop into motion. Dynamic friction is the continuous kinetic drag felt while gliding across the pad. Low static friction enables effortless micro-adjustments, while balanced dynamic friction provides control during long tracking.
Can you use Glass Skates (Superglides) on a Glass Mousepad?
No! Never use glass skates on a glass mousepad. Glass against glass causes immediate surface scratching, abrasive grinding, and will permanently destroy both your mousepad and your skates within minutes. On glass mousepads, use hardened UHMW-PE (X-raypad Obsidian or Jade) or pure PTFE.
Why do competitive tactical FPS players (CS2/Valorant) prefer control cloth over glass?
Tactical shooters require instant, abrupt stopping power for precise crosshair placement upon counter-strafing. Hard glass mousepads have near-zero friction, meaning all braking force must come from your own hand muscles, leading to overshooting and shaky micro-corrections under pressure.
How does mouse weight affect friction and stopping power?
Frictional resistance is directly proportional to normal force (F = ฮผ * N = ฮผ * m * g). A lightweight 49-gram mouse requires significantly less stopping force than an 85-gram or 120-gram mouse, making it feel faster even on identical cloth surfaces.