Handling The Big Jets.pdf [updated] Jun 2026
Swept wings produce less lift at low speeds compared to straight wings, requiring higher angles of attack and higher takeoff/approach speeds.
Piston engines provide near-instantaneous thrust response, and their propellers blow air directly over the wings, generating immediate lift. Jet engines do not.
Because jets are aerodynamically clean, they do not slow down quickly when power is reduced.
Although modern fly-by-wire aircraft (like the Airbus A320 or Boeing 787) use computers to mask many of the "raw" aerodynamic traits Davies describes—such as Dutch Roll or adverse yaw— Handling the Big Jets remains essential reading for two reasons: Handling the Big Jets.pdf
Big jets have wings that sweep backward. This shape helps them fly very fast. However, it also changes how the plane stalls and rolls. Pilots must learn to handle these unique wing traits. 3. High Altitudes and High Speeds
Heavy jet transports possess massive weight and high cruising speeds, resulting in enormous momentum.
These chapters are perhaps the most famous and conceptually important in the book. "Flying Faster" confronts the reader with the high-speed world of the jet: , speed margins , the perilous concept of the Coffin corner , and high-speed handling characteristics like Dutch roll , which is why yaw and roll dampers are mandatory equipment. "Flying Higher" then explores the challenges of the thin air at cruise altitudes, including high mach numbers , mach trimmers , and emergency descent techniques . Swept wings produce less lift at low speeds
This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later. Handling the Big Jets : Davies, David P.: Amazon.de: Books
It strips away the clinical language of modern flight manuals and replaces it with the wisdom of a legendary test pilot who personally pushed early jets to their absolute limits. It is not just a textbook; it is a timeless guide to survival and excellence in the skies. I can provide more targeted information if you tell me:
Jets must be stabilized (on speed, on flight path, landing configuration, and engines spooled up) by 1,000 feet in instrument conditions or 500 feet in visual conditions. Because jets are aerodynamically clean, they do not
Transitioning from piston-engine aircraft or light turboprops to heavy commercial jet transports is one of the most challenging milestones in a pilot's career. For decades, one resource has stood as the definitive bible for this transition: D.P. Davies’ classic textbook, Handling the Big Jets .
Handling the Big Jets: The Ultimate Guide to Heavy Jet Aerodynamics and Operation
"Handling the Big Jets" by D.P. Davies is considered the foundational text on jet transport aerodynamics, designed to aid the transition from piston-engine to jet aircraft. It explains critical concepts such as engine response times, high-speed aerodynamics, and wing design. You can purchase the 3rd Edition at Pooleys . Handling the Big Jets by D.P. Davies - PPRuNe Forums
[Takeoff / Rotation] ──> [High-Altitude Cruise] ──> [Approach & Landing] * Avoid over-rotation * Manage Mach limits * Maintain stabilized energy * Respect V2 speeds * Monitor "Coffin Corner" * Use spoilers to descend Takeoff and Rotation
For over half a century, David Davies’ seminal textbook Handling the Big Jets has been the definitive bible for pilots transitioning from piston-engine prop aircraft to heavy commercial jet transports. First published by the UK Civil Aviation Authority (CAA) in 1967, this masterpiece bridges the gap between basic aerodynamic theory and the practical, often counter-intuitive realities of flying swept-wing, high-inertia aircraft.