Field Note #3

 

The Pilot Is Part of the Structure

That point matters because pilots are often misunderstood in much the same way aircraft are misunderstood. A conservation pilot in a remote environment is rarely just a pilot. One of the more persistent misconceptions among general aviation pilots — especially those used to recreational backcountry flying — is to assume that operating in the African bush is essentially the same thing, only with zebras in the background. It is not.

Depending on the setting, a conservation pilot may need to think and act not only as a pilot, but also as a mechanic, planner, dispatcher, field coordinator, loader, problem-solver, and reluctant administrator. That does not mean replacing proper workshop maintenance where it exists. It means understanding the aircraft well enough to keep it serviceable, diagnose emerging problems early, and manage the practical realities of operating far from dependable infrastructure.

Mechanical Indifference Is Not an Option

At a minimum, that often includes tasks that many pilots in more structured environments rarely have to think about themselves: changing oil and filters, cleaning and re-gapping spark plugs, removing wheels and tailwheel assemblies to clean and grease bearings, repairing punctures, cleaning air filters, checking fuel lines, and dealing with the constant wear imposed by heat, dust, rough strips, insects, and long periods away from proper support. In fabric-covered aircraft, it may also mean being able to make temporary repairs to torn covering well enough to keep the aircraft usable until proper maintenance becomes possible.

It also means learning to recognise weakness before it becomes failure. A pilot operating in that environment needs to notice the developing tailwheel shimmy, the small crack beginning where it should not be, the propeller nick that cannot be ignored, or the hose that has started to harden, leak, or split. Sometimes the problem is poor fuel, sometimes heat, sometimes vibration, sometimes simple age and punishment. The point is not that the pilot becomes an engineer. The point is that the pilot cannot afford mechanical indifference.

That is one reason the job bears so little resemblance to the cleaner mythology of recreational bush flying. It is not about filing a flight plan and heading somewhere interesting. In remote conservation work, the pilot has to prepare as though the margins are thin, because they often are. The aircraft may be the visible tool, but the usefulness of that tool depends heavily on what the pilot can anticipate, detect, prevent, and manage before a small problem becomes a grounding event.

Flight Planning Without Illusions

A typical flight plan in remote conservation flying is far more pragmatic than walking into an office and filing with air traffic control. In many areas, it means departing from one place to another with little or no reliable radio contact beyond the ground team. That changes the nature of planning immediately. The pilot has to decide not only whether the aircraft can make the trip, but whether the weather, terrain, and conditions at destination are likely to remain manageable by the time he arrives.

In practice, that often involves far more uncertainty than pilots in structured environments are used to. Unless someone on the ground in the destination area can give a recent report, much of the planning is based on incomplete information, local experience, and educated judgement. There is no dependable weather channel covering every remote strip. There is no live operational picture showing how cloud build-up is developing over the next ridge line or valley system. A prudent pilot therefore plans not only the intended route, but also where to turn away, where to divert, and what options remain if conditions begin to close faster than expected.

Weather and Information Gaps

Equatorial African weather adds its own complications. It does not always behave in the familiar pattern of clearly advancing cold and warm fronts that many northern-hemisphere pilots are used to reading. Instead, isolated weather cells can build quickly, accompanied by strong gusts, local wind shear, and abrupt changes driven by heat and terrain. Conditions that appear workable can deteriorate in a short time, and often without the kind of warning infrastructure pilots elsewhere take for granted.

Maps and navigation information are often another weakness. In some regions, the pilot is not working with neatly updated charts and current procedural material, but with whatever reliable information can actually be obtained. In my own case, that meant planning with a combination of Michelin road maps and two aeronautical charts dating back to 1983 and 1974, because that was the most accurate material available. Even then, terrain awareness still required cross-checking altitudes, ridge lines, and landmarks from multiple sources, because what looked sufficient on paper could quickly become less certain in the air.

That is why planning in this environment is never finished once the aircraft leaves the ground. However carefully a route has been thought through, conditions can still change in a hurry. At that point the pilot’s most important skill is not flair, but composure.

The Discipline of Not Panicking

If there is one discipline that matters above all others, it is this: do not panic. Not theatrically, not internally, not ever in a way that takes control of judgement. In remote flying, panic is rarely dramatic. More often, it appears as rushed decisions, false confidence, fixation, or the refusal to turn away soon enough. The pilot who remains useful is the one who stays calm long enough to keep choosing well.

Always remember: good flying is often defined by the decisions not taken. That applies even more strongly in remote conservation work, where the margin for correcting a poor decision may be very small. It is one reason emergency planning and survival preparation belong to the job long before anything has gone wrong.

Survival, Preparedness, and Staying With the Aircraft

If a pilot is forced down in the field, hundreds of miles from the next settlement, village, or camp, survival depends less on improvisational heroics than on preparation. A properly packed survival bag is not an optional accessory. It is part of the operational discipline of flying in places where help may take a long time to arrive, and where walking out is not always realistic or wise.

As a general rule, if assistance is too far away to reach safely on foot, stay with the aircraft. The machine may be damaged, but it remains more visible, more useful, and often more survivable than the surrounding landscape. The details of emergency procedures, forced landings, professional airmanship, and night operations deserve a separate field note of their own. The more immediate point here is simpler: remote flying requires a level of preparedness that many pilots never have to think about at home.

The Pilot Must Read More Than the Sky

The pilot also needs knowledge that sits well outside the usual understanding of flying skill. During aerial surveys or field support work, the aircraft is only useful if the pilot can contribute meaningfully to what is being observed below. That requires more than spotting movement from the air. It requires some understanding of animal behaviour, likely movement patterns, and the practical logic of the landscape.

Which direction are the animals heading? How long will it take them to reach a river, a waterhole, or cover? Are they moving normally, or reacting to something? Are there predators nearby? Are there young animals present that will make adults more defensive and less predictable? In that sense, the pilot is not outside the field problem, but part of the process of interpreting it.

Getting In Is Only Half the Problem

The same applies to landing decisions. It is one thing to recognise a possible landing area from above. It is another to judge whether it is genuinely usable, whether it will remain usable for departure, and whether the changing light, surface, wind, slope, and surrounding terrain leave enough margin to justify the attempt.

A strip that appears workable in dry conditions may become something very different after rain. Wet red sand, for instance, may look harmless from above and turn out to be far less forgiving on the ground. Seasonal change matters. So does fading light. So does the difference between landing somewhere and getting back out again. These are not romantic complications. They are part of the pilot’s working burden.

More Than Stick-and-Rudder Skill

That is why this role cannot be reduced to stick-and-rudder ability alone. The pilot has to carry not just the aircraft, but a broader field awareness that connects weather, terrain, animal movement, emergency planning, and operational judgement. None of that is visible in the usual mythology of bush flying. But without it, the aircraft quickly stops being an asset and starts becoming another liability in the landscape.

 

 

These notes form part of the operational thinking that grew out of Fly4Elephants and continues to shape a more durable next chapter.