Controlling Pilot Error: Controlled Flight Into Terrain (CFIT/CFTT) Review

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Controlling Pilot Error: Controlled Flight Into Terrain (CFIT/CFTT) ReviewI am not much of a fan of the "Controlling Pilot Error" series, as I think they are frequently too generalized, and in some cases technically inaccurate. Having said that, Daryl Smith has written one of the better volumes in the series with this book on CFIT.
Smith discusses many scenarios of CFIT (Controlled Flight Into Terrain) and includes many real-world examples with generally disastrous endings. Most of these accidents boil down to low Situational Awareness (SA) or complacency, but a wide enough cross-section is examined to keep the reader interested.
One critique (a problem in the other volumes as well) is there are numerous grammatical, spelling, and especially subject-verb agreement/tense errors in the book. I am seriously wondering who proofread these volumes. Some of them are fairly innocuous (such as calling an L-1011 an L10-11 starting on page 26), but many are truly glaring.
Smith covers the United 173 (UA 173, Portland) and Eastern 401 (EA 401, Everglades) accidents in particular detail, and for good reason. Not only are they vivid examples, but they both ultimately became the parents of Crew Resource Management (CRM) years later. I have no real complaints with the UA 173 accident coverage, but the EA 401 accident coverage does contain some technical errors (I have a type rating on the L-1011, and although most of the details are insignificant, a few are truly misleading) that I noticed, particularly in relation to Autopilot mode (Command vs. Control Wheel Steering [CWS]), as well as a few other systems inaccuracies.
Smith does tackle the interesting results of the Milgram Obedience Study (page 116) including the concept of "Destructive Obedience" that can truly be a killer in the cockpit. Although I was familiar with the study, this was the first widely distributed aviation book I have seen it discussed in.
Smith presents a good overview of the American 965 accident in Cali, Columbia, but here (and elsewhere in the book) he makes several generalized and incorrect statements regarding Flight Management Systems (FMS), and doesn't really correctly explore spoiler retraction during a go-around (GA); note that spoilers are automatically retracted in GA mode on the L-1011 and some Airbus aircraft, though not on the B-757.
I personally do not revere Chuck Yeager, but Smith discusses Yeager's dedication to knowing his aircraft thoroughly, and I think that is a model that all pilots should follow. I salute Smith (and Yeager) for making this point so eloquently in the book.
Starting with the premise than most CFIT accidents begin with loss of SA (normally related to terrain proximity), Smith undertakes an excellent introduction to the different types of altitudes pilots must be aware of (MEA, MCA, MVA, MOCA, MORA, MSA, etc.) starting on page 210. This is an excellent review for all pilots, and should be studied repeatedly by new instrument-rated pilots, especially. On the down side, Smith makes an erroneous statement concerning Backcourse Localizer approaches in most HSI equipped aircraft on page 242. This goes back to Yeager's doctrine of knowing your aircraft: different information is presented in many ways in different aircraft; know how yours works before you go fly (especially in IMC).
Overall, I was pleased with this book; it has many good lessons, and despite a few obtuse technical deficiencies, the points it makes are all on target. For that reason I recommend it to pilots of all experience levels, especially new instrument pilots.
Controlling Pilot Error: Controlled Flight Into Terrain (CFIT/CFTT) OverviewControlling flight into terrain, be alert to the impossible. This guide enables you to: conduct a guided self-assessment that reveals any hidden dangers in your technique, knowledge, or proficiency; correct risk-laden approaches to time and planning, weather decisions, situational awareness, automation, procedures, and other factors; learn disaster-warning signs from case studies and expert insights; enhance preparedness for emergencies; transition from VFR to IFR safety; and avoid equipment problems, air controller error, or your own complacency. The most effective aviation safety tools available, "Controlling Pilot Error" guides offer you expert protection against the causes of up to 80 per cent of aviation accidents - pilot mistakes. Each title provides: related case studies; valuable "save yourself" techniques and safety tips; and clear and concise analysis of error sets.

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