This literal survival guide for new pilots identifies "the killing zone," the 40-250 flight hours during which unseasoned aviators are likely to commit lethal mistakes. Presents the statistics of how many pilots will die in the zone within a year; calls attention to the eight top pilot killers (such as "VFR into IFR," "Takeoff and Climb"); and maps strategies for avoiding, diverting, correcting, and managing the dangers. Includes a Pilot Personality Self-Assessment Exercise that identifies pilot "types" and how each type can best react to survive the killing zone.

WARNING! Don't fly solo before you understand all the dangers of the killing zone. It could save your life! This survival guide for new pilots identifies the pitfalls waiting inside the killing zone, the period from 50 to 350 flight hours when they leave their instructors behind and fly as pilot in command for the first time. Although they're privately certified, many of these unseasoned aviators are unaware of the potential accidents that lie ahead while trying to build decision-making skills on their own -- many times falling victim to inexperience. Based on the first in-depth scientific study of pilot behavior and general aviation flying accidents in over 20 years, The Killing Zone, Second Edition offers practical advice to help identify the time frame in which you are most likely to die. Author and aviation specialist Paul Craig offers rare insights into the special risks new pilots face and includes updated preventive strategies for flying through the killing zone . . . alive: NEW to the Second Edition: Dealing with Glass Cockpits; GPS Moving Maps; Collision Avoidance Systems; including a new chapter on Available Safety versus Actual Safety Alerts you to the 12 mistakes likely to kill you Provides guidelines for avoiding, evading, diverting, correcting, and managing dangers Includes a "Pilot Personality Self-Assessment Exercise" for an individualized survival strategy

This literal survival guide for new pilots identifies "the killing zone," the 40-250 flight hours during which unseasoned aviators are likely to commit lethal mistakes. Presents the statistics of how many pilots will die in the zone within a year; calls attention to the eight top pilot killers (such as "VFR into IFR," "Takeoff and Climb"); and maps strategies for avoiding, diverting, correcting, and managing the dangers. Includes a Pilot Personality Self-Assessment Exercise that identifies pilot "types" and how each type can best react to survive the killing zone.

A memoir of a bookworm growing up in Alaska - among people whose resilience, restlessness, and energy find their highest expression in winter ascents of Mount McKinley or first descents of wild rivers.

“The best damned book from the point of view of the infantrymen who fought there.”—Army Times Among the best books ever written about men in combat, The Killing Zone tells the story of the platoon of Delta One-six, capturing what it meant to face lethal danger, to follow orders, and to search for the conviction and then the hope that this war was worth the sacrifice. The book includes a new chapter on what happened to the platoon members when they came home.

The third edition of Human Factors in Aviation and Aerospace is a fully updated and expanded version of the highly successful second edition. Written for the widespread aviation community including students, engineers, scientists, pilots, managers, government personnel, etc., this edition continues to offer a comprehensive overview, including pilot performance, human factors in aircraft design, and vehicles and systems. With new editors, this edition adds chapters on aviator attention and perception, accident investigations, automated systems in civil transport airplanes, and aerospace. Multicontributed by leading professionals in the field, this book is the ultimate resource for anyone in the aviation and aerospace industries. Uses real-world case examples of dangers and solutions Includes a new chapter on spaceflight human factors and decision making Examines future directions for automated systems, in two new, separate chapters