Lessons in Managing Training
By Christopher Thorpe
Even the most experienced instructors can find themselves in situations where sound intentions collide with the unforgiving realities of aerodynamics and human performance. But just as important, inexperienced instructors – newly qualified, returning after time away or still building instructional judgement – can be even more vulnerable to the same traps. Gliding instruction is demanding work: it combines teaching, supervision, judgement and immediate aircraft management – often in the most time-critical phases of flight.
Instructors in their early instructional careers may still be developing the judgement that comes only from repeated exposure to varied students, changing conditions and time-critical decisions.
This is not a criticism. It is simply a reality of human learning: instructional judgement matures through experience, reflection and repetition – often gained across many seasons.
Australian gliding history includes fatal training accidents involving instructors of varying experience levels and very low-time students. Without dwelling on specific cases, the recurring patterns are highly relevant to every instructor and CFI. These events often begin with routine decisions made in routine conditions. The risk does not announce itself dramatically. It accumulates quietly – until the margin disappears.
This article is not about blame. It is about strengthening our collective safety practice by recognising common training traps that can affect any of us, and by reinforcing discipline in the phases of flight where there is no second chance.
Lesson 1: Timing the Transfer of Controls
One of the most important and least discussed instructional skills is knowing when not to hand control over.
Every student must ultimately fly each phase of flight. But not every moment is suitable for learning. A student may appear comfortable in smooth air at height, yet still lack the fine control, anticipation and speed awareness needed for high-consequence phases close to the ground.
A key principle
Learning opportunity must never outrank survival margin.
Competence vs exposure
A student can sound confident and look competent, particularly when the aircraft is stable and the workload is low. But competence is proven under workload, not in comfort.
Early-stage students are still developing:
- fine motor control (small inputs, not coarse corrections)
- relaxed grip and proportional response
- coordinated use of controls under pressure
- accurate speed perception without prompting
- calm scanning habits and task prioritisation
A small lapse – completely normal for a beginner – can become catastrophic at low altitude.
Experience cuts both ways
Highly experienced instructors sometimes take on extra workload because they can – monitoring, coaching, planning ahead and managing aircraft outcomes simultaneously. The danger is not competence. The danger is that the instructional task can expand to fill the available capacity until there is little margin left for surprise.
Less experienced instructors may face a different risk. They can be technically capable and diligent, yet still underestimate how quickly risk accelerates in the circuit, on tow, or in the flare. They may also be more likely to delay intervention while waiting to see whether a student will self-correct – particularly if they are trying hard to ‘give the student space’.
Neither pattern is a character flaw. They are common human tendencies. In both cases, the remedy is the same: disciplined training structure, clear gates for progression, and firm control of the aircraft whenever the safety margin is narrow.
The syllabus protects us
The GPC syllabus is deliberately staged to ensure that higher-risk flight segments occur only after students demonstrate repeatable basics.
Handing control to a student before they can reliably manage pitch, speed, coordination and workload does not accelerate training – it shifts risk into a zone where the instructor may not be able to rescue it.
Critical phases require instructor primacy
Some phases have very low tolerance for error, including:
- the initial seconds of a winch launch and the transition into the full climb
- top-of-launch and recovery after release or any launch abnormality
- early aerotow and positional deviations
- any unexpected event near the ground
- turn initiation at low level
- final approach and flare
- any flight below roughly 300–500ft AGL context-dependent
