Target Switching Kinetics & Flick Deceleration Trainer
Break down your flick mechanics. Click Target 1, rapidly flick to Target 2, and inspect your real-time acceleration-versus-braking velocity curve.
Last Flick Performance
Velocity Curve v(t)
โ Frequently Asked Questions
What is target switching kinetics in tactical FPS games?
Target switching is the rapid redirection of your crosshair from one enemy target to another. An optimal flick consists of two distinct kinetic phases: a high-velocity initial ballistic acceleration burst covering 90% of the distance, followed by a controlled deceleration braking phase to land dead-center on the target.
What causes flick overshooting?
Overshooting occurs when your hand's deceleration braking is weaker than your forward momentum. Common causes include an excessively high sensitivity, a mousepad with inadequate stopping power (dynamic friction too low), or worn mouse skates with no surface feedback.
What is undershooting stutter?
Undershooting happens when a player hesitates and brakes too early, falling short of the target and requiring a second awkward micro-adjustment. It often stems from a lack of confidence in muscle memory or excessively high static friction (sticktion).
How does this trainer measure flick kinetics?
By tracking high-frequency mouse coordinates (at up to 240Hz) during the transition between Target 1 and Target 2, the tool calculates peak velocity (px/ms), time to peak speed, braking duration, and exact pixel deviation upon click.