Pacing / Gear Changes

The ability to adjust overall shooting speed based on target difficulty, stage design, and conditions -- seamlessly shifting between aggressive and precise execution within a single stage. Pacing is the macro-level application of cadence control and sight management across an entire course of fire. At the highest level, pacing is process control, not speed control: the shooter applies the correct confirmation scheme and technique for each target, and the resulting pace emerges naturally from those decisions.

• Speed matches the difficulty of each target or section -- aggressive on easy targets, measured on hard ones
• Transitions between speeds are smooth, not abrupt -- no mental pauses or "mode switches"
• The shooter executes at their natural speed without trying to push beyond capability or hold back unnecessarily
• Different techniques are applied for different target difficulties, not just "the same thing faster or slower"
• Under match conditions, the shooter maintains their practice pace -- no heroic attempts to go faster than trained
• The overall stage time reflects optimal allocation -- time is spent where it buys accuracy, not wasted on easy shots
• The throttle analogy: pacing is like a gas pedal, not an on/off switch. The shooter modulates continuously rather than toggling between two discrete modes
• First shot confirmation matches the target difficulty, not the shooter's emotional state
• Vision dictates the pace -- the shooter shoots when the visual system provides the appropriate confirmation, not on an internally imposed rhythm

1. One-speed shooting: No adaptation to target difficulty. Wasted time on easy targets or missed hard ones. Fix: practice mixed-difficulty arrays.
2. Gear change pause: Visible mental hesitation when switching from fast to precise. Loses 0.2-0.3s per transition. Fix: drill transitions until automatic.
3. Match-day hero syndrome: Trying to shoot faster in matches than in practice. Increased misses, lower hit factor. Fix: accept match pace = practice pace, not faster.
4. Confusing speed with technique: "Going faster" by doing the same thing more aggressively instead of switching to a more efficient technique. Diminishing returns. Fix: understand that close targets and far targets use different techniques, not just different speeds.
5. Over-planning: Spending excessive walkthrough time on exact pace planning. Analysis paralysis, rigid execution. Fix: develop automatic pacing that responds to visual input in real time.
6. First-shot over-confirmation: Every first shot gets full deliberate treatment regardless of target difficulty. Fix: match first-shot confirmation to target, not emotional state.
7. Binary throttle: Only "max speed" or "max precision" with nothing in between. Fix: practice the intermediate confirmation levels (color, dot press) until they are distinct, reliable options.

Back-to-Front Throttle Drill

Setup: 3-4 targets at increasing distances (25yd, 15yd, 10yd, 5yd).
Execution: Engage back to front. Start with deliberate press at 25yd, transition to dot press at 15yd, then color confirmation at 10yd and 5yd. Forces the shooter to start precise and progressively release confirmation.
What to watch for: Whether the shooter maintains high confirmation on the close targets (over-confirming) or successfully shifts down to color confirmation. Timer should show progressively faster splits as targets get closer.
Source: Stoeger, "Throttle Control," 2025-05-16

Mixed-Difficulty Array

Setup: 5 USPSA targets: 2 close/open (5yd), 2 medium (15yd), 1 far partial (20yd).
Execution: Engage the full array. No visible gear-change pauses on timer. All A-zone hits. The confirmation level scales smoothly across the array.
What to watch for: Timer data anomalies at transition points between difficulty levels. If there is a spike beyond what distance warrants, the gear change is not automatic.
Benchmark: Total time within 10% of sum of individual target par times.
Source: Stoeger, "Reactive Shooting with a Red Dot," 2024-06-15

Process Control Drill

Setup: Any repeatable multi-target drill.
Execution: Shoot 3 reps with the explicit focus: "The only thing I control is the process -- correct confirmation for each target." Do not look at the timer after each rep. After 3 reps, review times and targets. Evaluate whether the process was correct, not whether the time was fast.
What to watch for: Whether process focus produces more consistent times than speed focus. Usually it does -- correct process produces optimal pace automatically.
Source: Stoeger, "Process vs Results," 2024-05-12

• Sight Management provides the confirmation scheme framework that pacing executes at the stage level.
• Cadence Control governs shot-to-shot timing within a target engagement; pacing governs the overall tempo across targets and positions.
• Reactive Shooting is applied during pacing whenever the shooter throttles up the confirmation level.
• Stage Planning sets the pacing plan during the walkthrough; pacing is the execution of that plan.
• Match Pressure directly affects pacing -- pressure causes either hero-mode pushing or conservative over-confirming.