What Flight Simulator Practice Transfers to the Airplane?

If you're putting time into a home simulator, you want to know whether it will help when you climb into the airplane. Flight simulator practice can support real flying, particularly when you're rehearsing a verified procedure or learning to recognize instrument trends. What carries over depends on the task, how well the setup represents it, and the feedback you receive.

It helps to ask a smaller question: “Which part of my next lesson can I rehearse correctly here?” You might learn a sequence at home while still needing the airplane to learn its control feel and manage real cockpit workload.

FlytWERX supports MSFS, X-Plane, and Prepar3D, so you can use any of the three in the workflow. That doesn't mean every aircraft model or exercise will teach the same thing equally well. The task matters more than simply having a supported platform.

Be Clear About What You're Learning

Think about what you're asking yourself to learn. Procedural practice helps you remember what comes next and how to check it. Cognitive practice helps you interpret what you're seeing and decide what to do. Control practice involves moving the airplane, including timing, coordination, visual references, and control pressure.

You may work on all three in one exercise. With a go-around, for example, you can talk through why you'd discontinue an approach and rehearse the sequence your instructor taught. You'll still need aircraft instruction to learn the actual forces, acceleration, and handling.

Ask your CFI which part is worth rehearsing at home. Once you know what you expect to carry over, it's much easier to judge whether the simulator helped.

What the Research Supports

An FAA-sponsored study published in 1997 evaluated a personal computer-based aviation training device in instrument training. Results differed by exercise: some tasks showed meaningful benefits, while others showed little benefit or worse outcomes. The finding supports selecting tasks carefully rather than promising a universal reduction in training time.

The equipment and program studied don't validate current MSFS, X-Plane, Prepar3D, or FlytWERX implementations. Read the FAA report.

A separate FAA-funded experiment published in 2009 compared upset-recovery training using two devices, including desktop Microsoft Flight Simulator, with a control group. The trained groups performed better than the control group in the study, but remained below pilots experienced in all-attitude flying. This was a defined research program, not evidence that unsupervised home upset practice is sufficient. Read the study.

What should you take from those studies? Simulation deserves a place in the discussion, but the benefit is tied to what was practiced and how it was taught. These findings don't tell you how many hours today's MSFS, X-Plane, or Prepar3D will save you, and they don't establish a FlytWERX effectiveness percentage.

Choose a Task the Setup Can Represent

Use these examples to discuss possible assignments with your instructor. They're a practical way to choose a task, not a ranking of measured transfer rates.

Cockpit Procedures

Useful home target: Find controls and rehearse a verified sequence.

What still needs aircraft verification: Actual equipment differences and execution under workload.

Instrument Interpretation

Useful home target: Recognize trends and cross-check indications.

What still needs aircraft verification: Performance with real motion, distraction, and aircraft response.

Heading and Altitude Changes

Useful home target: Anticipate transitions and monitor the result.

What still needs aircraft verification: Aircraft-specific control forces and coordination.

Approach Decisions

Useful home target: Explain continuation or go-around criteria.

What still needs aircraft verification: Timely decisions in real conditions.

Landing Control

Useful home target: Discuss the sequence and relevant visual references.

What still needs aircraft verification: Sight picture, flare, depth cues, control feel, and environmental effects.

That last example is easy to overread. A smooth virtual landing can feel encouraging, but it doesn't establish that you're ready to land an airplane independently. Your instructor still needs to assess you in the aircraft.

Catch Habits You Do Not Want to Carry Over

A habit can carry over even when you wish it wouldn't. You might become comfortable with an incorrect switch position, a keyboard shortcut, or a procedure your airplane doesn't use. Repeating it can make the correct response harder to remember later.

Write down mismatches instead of ignoring them. A useful discrepancy note might say: “The simulated avionics menu differs from our airplane; I practiced interpreting the display but didn't memorize the button sequence.” That preserves the valid learning while limiting the misleading part.

If your instructor notices a simulator-related habit in the airplane, stop that home exercise until you've a corrected method. More practice is useful only when the practice target is sound.

Recognize What Progress Looks Like

Suppose you still need the same reminder on every aircraft attempt, even though your home score improved. You haven't demonstrated independent performance yet. Or perhaps you can explain the procedure but can't find the control in the airplane. You may have learned the idea while still needing a better equipment match.

The reverse can happen too: your numbers barely change, but you notice the problem sooner and explain it more clearly. That may be exactly what your instructor wanted. Agree on the behavior you're looking for before the session so you can recognize useful progress.

This is also a useful question for a flight school evaluating a simulator program: what aircraft observation would justify continuing this particular assignment, and what observation would make us revise it?

Give Your Instructor Something Specific to Check

Start with something your instructor observed in a lesson. Choose a narrow home exercise, then ask your CFI to watch for the same behavior later. Note any help you needed and the relevant conditions. If it improves, check again at another appropriate opportunity.

For example, can you now recognize an approaching level-off without a prompt? Record when you noticed and what you did next. The final altitude alone could hide the fact that someone still had to remind you.

FlytWERX can be part of the evidence you discuss, but the educational judgment remains with the instructor. The data and the learner's explanation should inform each other.

Choose high-transfer practice by naming the skill you want to bring into the airplane. Then ask your instructor what they'd need to observe to know the practice helped. That gives your next home session a clear purpose.

Frequently Asked Questions

Does flight simulator practice help real flying?

It can help selected tasks when the exercise and feedback are appropriate. The effect depends on what is practiced and how transfer is assessed.

Does a more expensive simulator guarantee better transfer?

No. First ask whether the equipment accurately represents the cues and actions required for your objective.

Can research results predict my savings?

These studies don't provide a reliable estimate for your training cost or aircraft hours. Their tasks, devices, and participants differ from your situation.