You are flying along quite happily when your instructor asks:
“What is happening to the airspeed?”
You look at the ASI. It is decreasing.
A minute later:
“Why did that happen?”
Then:
“What do you think will happen if we keep increasing the angle of attack?”
At some point you may wonder why your instructor does not simply tell you the answer.
Sometimes that would certainly be quicker. But good flight instruction is not only about transferring information from one person to another. The aim is eventually to reach the point where you can notice what is happening, understand why it is happening and decide what to do without the instructor being there.
Questions can be one of the most effective ways of helping you get there.
Answering a question makes you retrieve the knowledge
There is an important difference between hearing an explanation and producing one yourself.
When your instructor tells you that increasing bank in a level turn increases load factor, you can listen, understand the sentence and feel as though you know it. If they then ask you ten minutes later why the stall speed increases in a steep turn, your brain has to do something different: it has to find the knowledge and use it.
That act of retrieval is valuable.
The more often you successfully retrieve something, the easier it tends to become to retrieve again. That is one reason good instructors do not necessarily explain every answer immediately. Sometimes giving you a few seconds to search for it yourself produces more learning than simply hearing the answer again.
This is also why being asked a question can occasionally feel uncomfortable. Retrieval requires more mental effort than recognition.
But that effort is often where the useful learning is happening.
A good question reveals what you actually understand
Questions are also diagnostic.
Imagine an instructor asks:
“Why are we applying carb heat?”
A student might answer:
“Because we’re reducing power.”
That is useful information for the instructor. The student remembers when they normally apply carb heat, but their explanation suggests they may not yet understand why.
Another student might correctly explain the conditions that can lead to carburettor icing but then be unable to recognise when those conditions are developing during a real flight.
Again, the instructor has learned something important.
Simply asking “Do you understand carb heat?” would probably have produced a yes from both students.
Good questions expose the structure of someone’s understanding. They help an instructor find out whether the student genuinely understands the concept, remembers a procedure, has confused two ideas or simply cannot retrieve something while busy flying.
Those are different problems, and they need different teaching.
Questions can help you discover the answer rather than receive it
Sometimes an instructor already knows that you do not have the complete answer.
They may still ask questions because they are trying to lead you towards it.
Imagine your airspeed is reducing in slow flight.
Rather than immediately saying:
“Your nose attitude has increased, so your airspeed is decreasing,”
the instructor might ask:
“What has happened to the attitude?”
Then:
“What has happened to the airspeed?”
And finally:
“What relationship can you see between them?”
You have now built the connection yourself.
This kind of guided discovery can make an idea much more meaningful than simply memorising an instructor’s sentence, particularly when you can see the result happening in the aircraft at the same time.
It also develops a skill that matters well beyond the exercise itself: noticing evidence, interpreting it and reaching a conclusion.
That is a large part of flying.
The best questions usually have a purpose
Not every question is equally useful.
An instructor could spend the whole flight asking obscure technical questions simply because they know the answers. That may test the student’s memory, but it does not necessarily improve the flying.
A useful question should normally be connected to what the student is learning or what is happening in the aircraft.
During a turn, an instructor might ask about lookout because the student has stopped scanning outside. During an approach, they might ask where the aiming point appears to be moving. During slow flight, they might ask what is happening to control effectiveness.
The question directs attention towards something important without necessarily providing the answer.
Eventually, the student should begin asking those questions internally:
Where is my airspeed going?
What has changed?
Am I still where I want to be?
What is the aircraft telling me?
At that point, something that began as instructor questioning is becoming pilot decision-making.
Why instructors sometimes ask questions you already know
Occasionally a question can feel almost insultingly easy.
Your instructor asks for the circuit direction when you discussed it five minutes ago, or asks what the wind is doing when you have already looked at the windsock.
There may be a reason for that too.
Knowing something in a briefing room is not the same as being able to retrieve it while flying an aeroplane.
As workload increases, knowledge that seemed completely secure on the ground can suddenly become difficult to access. Your attention is now divided between controlling the aircraft, looking outside, listening to the radio, navigating and anticipating what happens next.
A simple question can therefore test something useful:
Is this knowledge still available when you are busy?
That is much closer to the way you will eventually need to use it.
But questioning is not always the right teaching technique
There is an important limit to all of this.
Flying the aircraft comes first.
If the student is overloaded, the situation is becoming unsafe or an immediate action is required, that is usually not the moment for an extended sequence of guided-discovery questions.
Sometimes the correct instruction is simply:
“Go around.”
The explanation can come later.
There are also times when a student is using so much mental capacity to fly that asking several additional questions simply makes learning harder. In that situation, an instructor might take control of the aircraft while discussing what happened, or postpone the conversation until workload is lower.
Good instruction is therefore not about asking as many questions as possible. It is about choosing the right level of support for the situation.
As a student becomes more capable, the balance can gradually shift. Direct instructions become prompts, prompts become questions, and eventually the instructor may simply watch while the student identifies and solves the problem independently.
Try not to treat every question like an exam
Students sometimes assume that every instructor question has a correct answer hidden behind it.
That can make the cockpit strangely stressful.
You start trying to work out what the instructor wants you to say rather than thinking about the actual problem.
A good instructional question is often genuinely exploratory. Your instructor may be interested in how you are thinking rather than whether you can produce a particular sentence.
If you are unsure, explaining your reasoning can be more useful than guessing.
For example:
“I’m not completely sure, but I think the aircraft is drifting left because the crosswind is stronger than I expected.”
That gives the instructor much more to work with than a nervous one-word answer.
It also reflects real flying rather better. Pilots regularly make decisions with incomplete information. Being able to explain what you think is happening, what evidence you are using and what you intend to do next is an important skill.
Ask your own questions too
Questioning should not only travel from instructor to student.
If something does not make sense, ask.
You might understand what your instructor wants you to do without understanding why. That can be enough to reproduce the manoeuvre while the instructor is beside you, but it is much less useful when you later need to adapt the technique yourself.
Questions such as:
“What are you looking at when you decide we’re too high?”
or:
“Why did you correct that now rather than waiting?”
or:
“What would make us choose a different option?”
can reveal the decision-making behind the flying.
Often that is more valuable than simply knowing which control movement came next.
You can use the same technique when studying alone
The same principle works away from the aircraft. What you study between flying lessons can be just as important as the time you spend reviewing it with an instructor.
Instead of repeatedly reading a page of notes, turn the material into questions and make yourself produce the answer.
Do not only ask:
“What is the rule?”
Ask:
“When would it matter?”
“How would I recognise that situation?”
“What would change the answer?”
“How would I explain this to another student?”
That turns passive revision into retrieval and application.
It is also part of the thinking behind Aviate’s Practice Round and Groundwork. Practice Round makes you retrieve knowledge rather than simply reread it, while Groundwork pushes further towards explaining and applying that knowledge in the way an instructor or examiner might ask about it.
The aim is not simply to accumulate correct answers. It is to make the underlying knowledge easier to access when someone asks you a question you were not expecting.
Eventually, the instructor should need to ask less
There is a useful progression hidden behind all of this.
Early in training, your instructor may need to tell you what to look at, what it means and what to do about it.
Later, they may only need to ask:
“What is happening?”
Eventually, they may say nothing at all because you have already noticed the problem and corrected it.
That is the real purpose of the questioning.
Your instructor is not trying to win a quiz.
They are gradually transferring the thinking to you.
And when you eventually fly without an instructor beside you, that is exactly where it needs to be.
Aviate is a supplementary learning and revision tool. Always use current approved information and follow the guidance of your flight instructor.