Key Takeaway: Teaching Aeronautical Decision-Making (ADM)
Good judgment is easier to teach when learners have time to think. Flight simulators give instructors the ability to pause, repeat, and progressively increase the difficulty of decision-making scenarios, helping pilots develop sound judgment before they ever start the engine.
Pilot and journalist Pilar Wolfsteller recently penned a training tip for AOPA about a flight she almost took. It was a nice day. She'd forgotten her backup radio and decided it didn't matter, and she wasn't especially well rested. Then the glass panel threw a hardware fault that took three power cycles to clear, her headset battery died during taxi, and a canopy warning lit up during the runup. She'd checked the latch herself, so she ignored the warning.
The warning turned red on the takeoff roll. She rejected the takeoff, taxied back, and went for a bike ride instead.
That was the right call, made at the last possible moment with the airplane accelerating down the runway. Every earlier sign showed up while the airplane was parked or rolling at walking speed, which is often where a lot of the most critical judgment calls for any flight happen. Yet the moving airplane is where most of us try to teach judgment.
The FAA's Pilot's Handbook of Aeronautical Knowledge estimates that about 80 percent of aviation accidents are related to human factors. The same chapter (PHAK Chapter 2, Aeronautical Decision-Making) also says, with less fanfare, that good judgment can be taught. The old assumption was that judgment came only from years of experience (and a few close calls). The handbook rejects that and cites research showing that pilots who received ADM training made fewer in-flight judgment errors than pilots who didn't.
So most CFIs teach it. PAVE, IMSAFE, the 3P model, DECIDE, and the five hazardous attitudes all get their turn on the whiteboard, and learners can usually recite them by the time they solo. However, using one under load is a different skill.
A learner with 15 hours has very little spare attention in the airplane, and taxi, runup, radio calls, and the takeoff itself use up most of it. When the instructor tries to turn a real-world moment into an ADM lesson ("The ATIS just went to gusts of 22. What do you want to do?"), the learner answers with whatever capacity is left, which isn't much. The conversation gets short. Often the instructor ends up making the decision and explaining it afterward, and the learner absorbs the outcome without practicing the process.
It's also expensive. A five-minute discussion in the runup area costs the learner five minutes of Hobbs time, plus the fuel burning while everyone thinks.
An airplane won't let you control workload. A flight simulator will, especially if the instructor makes strategic use of the pause button.
Freeze the simulation at the moment a decision is needed, and the learner gets as much time as the lesson requires. The instructor can ask what she's seeing, what her options are, and what each one costs, while nothing burns fuel and nobody waits behind her in the runup area.
Redbird's scenario tools let the instructor set the weather, the time of day, and the starting position, and program failures to occur at a set time after the flight loads. Save a scenario just before a decision point, and you can bring a learner back to that exact moment as often as you like, or hand the identical problem to every learner in the program.
Flight simulator training also lets a learner make the bad decision and live with it. If she decides to launch into weather that's trending down, the instructor can keep lowering the ceiling and watch how long it takes her to recognize the trap. That lesson tends to stick, and no responsible instructor would set it up in an airplane at any price.
Take an instrument-rated pilot with 1,000 hours, 150 of them in actual IMC. He's made plenty of good decisions. He has probably also written personal minimums that have never been tested.
Set a simulated scenario to his minimums for ceiling, visibility, and crosswind component, at night if his minimums cover night, and let him fly the approach. Then lower everything a notch and watch what happens. Plenty of pilots find out their minimums came from wishful thinking, and that the numbers on an index card from three years ago don't match what they can fly today. Finding that out in a simulator costs roughly half of what an hour of airplane rental does at most schools. Finding it out in the airplane can cost a great deal more.
Few flight schools sell this, but it presents an opportunity for incremental revenue. Call it a personal minimums check, price it as a one-hour sim block with a CFI, and market it to certificated pilots before winter weather arrives.
The ACS evaluates risk management alongside knowledge and skill, so learners are tested on judgment as well as stick and rudder. A school that can show learners practicing decisions through structured, scenario-based training has a concrete answer when a prospective learner asks how training will prepare her for real flying. The same scenarios turn weather days and maintenance days into billable sessions that still move the learner forward.
Learners also notice when an instructor asks what they think and then gives them time to answer. That can be rare in an airplane, and in a flight simulator, it can happen every lesson.