The time savings in transitions comes from eliminating dead time -- the confirmation pause on the departing target, the deceleration into the new target, the settle phase before the first shot -- not from physically moving the gun faster. Shooters who try to move the gun faster tense their shoulders and muscle the transition, which paradoxically makes them SLOWER because the over-transition requires correction. The actual differentiator is how quickly the shot breaks after the gun arrives, not how fast the gun travels between targets.
What most people do
Try to physically push the gun faster between targets. Tense shoulders, muscle the arms, "drive" the gun. This creates over-transitions (sights fly past the target) and a subjective sense of speed that does not match the timer.
What the best do
Look at the exact spot on the next target. Let the gun follow the eyes like a mouse pointer follows a gaze. Shoulders stay relaxed. The gun arrives precisely because the visual target was precise. Shot breaks on arrival with zero settle phase. The transition feels effortless and "kind of magical."
Why it's an edge: A 0.10s improvement per transition multiplied across 30+ transitions in a match = 3+ seconds of savings. This is more than almost any other single skill improvement. And the fix is subtractive (less effort, less tension) rather than additive.
How to exploit: Self-check after your last shot on each target: did you see the sight return to the target? If yes, your eyes left too late -- they should be on the next target already. "See the sight lift, don't see it return." Use the Blake Drill at 0.20s programmed splits to force the visual discipline.
Cross-domain parallel
In UX design, reducing page load time is less impactful than reducing time-to-interaction. Users do not care how fast the page renders -- they care how quickly they can DO something. The "transition speed" (page render) matters less than the "dead time" (waiting before the user can act). Shoot sooner = time-to-interaction optimization.
Stoeger, Skills and Drills Reloaded, 2018; "Transition Basics," 2023; "How can I transition faster," 2025