The Skill You Don't
Practise Until You Need It

Let's start with the conclusion the industry has quietly reached: using automation is the correct default. Engaging the autopilot early and keeping it engaged reduces workload, minimises errors, and leaves crew capacity available for everything else that needs managing. This isn't a concession to laziness — it is sound airmanship. The behaviours within Flight Path Management — Manual exist not to challenge that conclusion, but to ensure that when automation is no longer an option, you are genuinely ready.

The problem is structural. If the correct answer on most flights is to use the autopilot, then manual flying becomes, by definition, the exception. And if it is the exception, the opportunities to practise it are limited. Airlines have little commercial interest in pilots hand-flying for the sake of it — the liability profile alone discourages it. So the proficiency exists, to varying degrees, somewhere in a pilot's skill set, maintained largely through simulator sessions and the occasional manual segment that someone chooses to do rather than has to do.

When You Will Actually Need It

Here is the uncomfortable reality. The scenarios in which manual flight becomes mandatory are not the benign ones. A TCAS Resolution Advisory does not wait for you to settle in. A windshear escape manoeuvre on short final does not begin with a composed handover from autopilot to pilot. An EGPWS warning in IMC, a sudden control law downgrade, a hydraulic failure that changes how the aircraft responds — these events arrive without warning and demand an immediate, competent manual response.

The workload context matters enormously here. These events do not arrive at low-workload cruise. They arrive at the most demanding phases of flight, often compounded by other factors — weather, a non-standard configuration, crew fatigue, or an aircraft that is already behaving differently from normal. The moment you take manual control is the moment your workload significantly increases, and it is also the moment the aircraft most needs precise, accurate handling. The gap between those two things is where accidents occur.

The Startle Problem

There is a second dimension that the competency framework acknowledges but which deserves explicit attention: startle. Suddenly being required to fly manually in a non-normal situation is not just a skill test, it is a physiological event. Startle and surprise degrade performance in ways that are well documented — narrowed attention, increased reaction time, a tendency to revert to older, more ingrained responses. A pilot who rarely hand-flies will have less robust motor memory to fall back on precisely when they need it most.

What This Means for the Pilot Monitoring

One aspect of manual flight that receives insufficient attention is its effect on the other pilot. When one crew member hand-flies, their available cognitive capacity contracts. The physical demands of maintaining accurate flight path, energy state, and configuration leave less bandwidth for everything else. The Pilot Monitoring must recognise this and adjust accordingly — taking on more of the monitoring workload, managing communications, and providing more active support than they would during an automated segment.

This matters because situational awareness is only as good as the pilot with the least of it. If the handling pilot's awareness degrades because they are absorbed in manual control, the crew's collective situational awareness degrades with it — unless the Pilot Monitoring actively compensates. Manual flight is therefore not just a test of one pilot's skill; it is a test of the crew's ability to rebalance workload in real time.

The Proficiency Paradox

Airlines are not indifferent to this problem. Simulator programmes include raw data approaches, manual recoveries, and non-normal handling for exactly this reason. But simulator sessions are infrequent, and the proficiency they build decays. The pilot who takes every opportunity to hand-fly a visual approach, who asks to fly a sector manually when conditions permit, who treats those moments as deliberate practice rather than inconvenience — that pilot is maintaining a margin that the pilot who never disconnects the autopilot is quietly losing.

The behaviours within Flight Path Management — Manual are not asking you to become a display pilot. They are asking you to remain genuinely capable: accurate and smooth in your control inputs, aware of energy state, able to manage terrain clearance and contingencies, and able to transition to manual flight cleanly and without hesitation when the situation demands it. The related competencies — Workload Management, Situational Awareness, Problem Solving and Decision Making — carry the cognitive load. This competency carries the physical one.

The distinction is worth holding onto. Flight Path Management — Manual does not ask you to simultaneously manage the crew, diagnose the problem, and communicate with ATC. Those demands belong to other competencies. But it does ask you to fly the aircraft accurately while all of those things are happening around you. That is a narrower ask than it first appears — and a harder one than most pilots would like to admit.