Davies provides a masterclass in flight mechanics, specifically differentiating between (the aircraft's initial tendency to return to equilibrium) and dynamic stability (how it behaves over time).
For aviation students, aspiring airline pilots, and even current jet crew, "Handling the Big Jets" remains a cornerstone text. It is the definitive source for future and current airline pilots, recommended by sources like the International Federation of Airline Pilots Associations and described as "the best of its kind in the world".
Perhaps the most quoted section of the book deals with the "Stabilized Approach." Because jets have high inertia and slow engine acceleration, a haphazard approach is dangerous. Davies argues that: Handling the Big Jets.pdf
The Ultimate Aviator’s Guide to "Handling the Big Jets" For decades, one book has stood as the definitive bible for pilots transitioning from propeller-driven aircraft to heavy commercial airliners: Handling the Big Jets by David P. Davies. First published in 1967 by the UK Air Registration Board, this seminal work remains foundational reading for aviation enthusiasts, flight simulation hobbyists, and professional pilots alike.
"Handling the Big Jets" dedicates significant attention to the vastly different environments a heavy transport operates in throughout a single flight profile. The "Coffin Corner" Perhaps the most quoted section of the book
The central thesis of Handling the Big Jets is the concept of . Davies observed that pilots transitioning from piston engines and propellers had a dangerous habit: they thought in terms of "thrust." In a propeller aircraft, dragging the throttle back creates immediate drag and deceleration. In a jet, however, the engine is a smooth, slow-responding air pump. Davies famously pointed out that the throttle is not a brake; it is an energy lever.
To appreciate the impact of the book, one must understand its author. David P. Davies was the Chief Test Pilot of the UK Air Registration Board (ARB). During the 1950s and 1960s—the dawn of the commercial jet age—Davies personally flight-tested and certified every multi-engine jet transport intended for British commercial use. First published in 1967 by the UK Air
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On the of the curve, flying slower reduces parasite drag.
At high operational altitudes, a heavy jet’s margin for error narrows significantly. The aircraft's low-speed stall speed (indicated airspeed) increases with altitude due to reduced air density. Simultaneously, the high-speed buffet speed (the speed at which airflow over the wing becomes supersonic and separates) decreases.