Defensive gun use is defined by uncertainty. Unlike competitive shooting, where distances, target arrays and stage plans are known in advance, a real-world, armed encounter offers none of those luxuries. You don’t know when it will happen, how far away the threat will be, how many threats you will face or what position you will be in when it begins.
Because of this, training for defensive gun use cannot revolve around a single standard, a single drill or even a single category of skills. Instead, it must be built around a collection of competencies; a set of fundamental abilities that, when combined, allow a shooter to solve a wide range of problems under pressure and with little time.
My focus when teaching students is on the core skills that build reliable, repeatable cold performance. I’m not overly concerned with chasing fast times or high round counts for their own sake. Instead, I work to develop a broad base of defensive shooting skills, on demand and without a warm-up.
The Problem with Predictable Training
Many shooters fall into the trap of training for what they can measure easily: a shot timer, a fixed distance and a known drill. Over time, they optimize performance for those specific conditions. The result is often impressive in numbers, but fragile in capability.
The issue is simple: Tactical performance in known conditions does not necessarily equate to performance in unknown circumstances.
In a defensive encounter:
There are a host of physical variables possible in any armed encounter. For example, you may be seated in a car. Or you may be knocked to the ground after going hands-on. You may have only one hand available (some- thing to consider if you currently do not carry with a round in the chamber). It’s possible you’ll need to make a precision shot at close range. Then again, you may need multiple rapid hits at distance. And, of course, you may be facing several attackers.
A single metric—such as a 1.5-second draw to first shot at 7 yards—cannot capture this complexity. Instead, we need a system that evaluates capability across contexts.
A Skill-Based Framework for Defensive Gun Use
Rather than focusing on drills, we should focus on skills. A drill is simply a vehicle for expressing a skill under measurable conditions.
Below is a proposed set of 12 core skills that represent distinct and essential components of defensive gun use:
1. Draw to First Shot
The foundational skill. From concealment, the ability to access the firearm and deliver an accurate first round.
2. First Shot from Ready
Not all encounters begin from concealment. This measures the ability to fire accurately from a staged or low-ready position.
3. Multiple Shot Control
This skill focuses on the ability to deliver rapid, accurate follow-up shots. This includes recoil management and visual tracking.
4. Dedicated Head Shots
Precision shooting under time pressure is important. Critical for scenarios requiring immediate incapacitation or target discrimination.
5. Multiple Targets
Be able to engage multiple threats efficiently while maintaining accuracy.
6. Reloads (Emergency and Speed)
The ability to restore the gun to a firing condition or highest state of readiness under time pressure is paramount.
7. One-Handed Shooting (Strong Hand)
This is critical if the weak hand is occupied or injured.
8. Long-range shooting
Not every fight happens at 3 to 7 yards.
9. Seated Draw
This skill reflects real-world contexts such as vehicles or public spaces.
10. Supine Draw
Ground-fighting scenarios demand the ability to access and use the firearm from multiple compromised positions.
11. Dynamic Movement
Shooting while moving or immediately after movement, including lateral displacement, should be vital part of the skill set.
12. Shooting from Cover
Cover only works if you use it correctly.
These are not exhaustive, but they represent a broad and realistic spectrum of defensive requirements. Each skill should be trained and evaluated independently before being integrated. The ultimate goal is the ability to draw from your arsenal whatever is necessary or have something close enough to use under pressure. It boils down to allowing the situation to dictate, but having the core skills to support whatever action is deemed needed.
The Concept of Minimum Cold Performance
The central idea of this framework is minimum cold performance. “Cold” means no warm-up, no prior repetitions, no instant feedback loop and no opportunity to “dial it in.” This is critical because defensive encounters are, by definition, cold. You don’t get a rehearsal.
The Cold Test Standard
For each skill, the shooter must:
• Perform a maximum of 10 repetitions.
• Achieve seven successful repetitions with zero misses. Any run with a miss is considered a failure and is omitted.
If the shooter cannot achieve seven clean runs within 10 attempts:
• The skill is not yet reliable at that level.
• The shooter has transitioned from testing to training.
This standard balances realism and rigor. It allows for minor variability (humans are, of course, not simply machines), but demands a high level of consistency under cold-start shooting conditions.
Establishing the Cold Par Time
Once the shooter achieves seven successful runs within 10 attempts, we establish a personal cold par time.
The method:
Record all successful run times. Remove the fastest (best case) and slowest (worst case) time and then average the times of the remaining five runs.
We remove the extremes to eliminate outliers, such as a hesitation in the slowest run or a single, unrepeatable, fast run. By removing both, we isolate true capability under normal conditions for a realistic and repeatable benchmark.
The Role of Deliberate Practice
This framework aligns closely with principles I use in our training courses from deliberate practice theory, as described in expertise research. Deliberate practice is defined by focused effort on specific skills, immediate feedback, working at the edge of the shooter’s current ability and repetition with refinement.
Testing Versus Training
There is a key distinction between training and testing—cold performance is testing, while repetitive improvement is training.
If you exceed 10 repetitions trying to “pass” a standard, you are no longer measuring cold performance—you are training. Testing reveals your current level; training improves it. Confusing the two leads to inflated confidence.
Building a Training Cycle
A practical approach is to structure training into cycles:
Phase 1: Skill Development
• Isolate one skill (e.g., draw to first shot).
• Use high repetition and feedback.
• Push speed and refine mechanics.
Phase 2: Validation
• Return on a separate day.
• Perform the Cold Test Standard.
• Establish or update the cold par time.
Phase 3: Integration
• Combine skills (e.g., draw + multiple shots + transition).
• Introduce decision-making as well as variability.
Phase 4: Maintenance
• Periodically re-test cold performance.
• Ensure skills don’t degrade over time.
Why This Matters
In defensive gun use, reliability is more important than peak performance.
A shooter who can consistently draw and hit in 1.8 seconds cold is better prepared than one who occasionally hits 1.2 seconds but averages 2.5 with inconsistency.
The goal is not to be the fastest shooter on your best day. The goal is to be consistently capable on your worst day.
Adapting to the Unknown
This system acknowledges a fundamental truth: You cannot predict the fight. You can, however, prepare for different distances, positions, hand usages and target demands. By developing a wide base of reliable skills, you increase your ability to adapt in real time. Think of it as building a toolkit. Each skill is a tool, and the encounter determines which tools are needed.
Final Thoughts
Minimum performance standards for defensive gun use should not be built around arbitrary time goals or single drills. They should be built around repeatable, cold performance across a whole range of essential skills.
By defining a core set of competencies, measuring performance under cold conditions, using a structured validation method and applying principles of deliberate practice, we create a system that is both realistic and effective.
This approach does not guarantee success in a defensive encounter; nothing can. But, it does ensure that when the unknown becomes reality, the shooter is not relying on hope or peak performance, but on proven, repeatable capability.
In a context where everything is uncertain, that may be the most important standard of all.
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