Archive for the fear of flying Category

Fear of Flying: Flash Sale 30% Off

Posted in air travel, air traveler, airline cartoon, airline industry, airline passenger, airline pilot, airline pilot blog, airline safety, airlines, airport, fear of flying, flight, flight attendant, flight crew, FoF, passenger with tags , , , , on September 29, 2017 by Chris Manno

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This book has helped many overcome their reluctance to fly, opening up a whole new world of travel and adventure for themselves and their families. The foundation of the book is, the more you know about your flight, the less that fear of the unknown can run wild with your imagination.

Here’s a free sample and at the end, a code for 30% off.

Chapter 2: It’s All About You

No, seriously—it really is: no other area of either transportation or technology has ever been more specifically and consistently engineered, designed, regulated and enforced with you, the passenger, as the focal point than modern air travel.

Sure, there’s a National Highway Safety Commission and various government agencies regulating driver’s licenses, and there are standards for auto and truck manufacturers. But those are nothing compared to the rigid airworthiness standards to which all commercial aircraft are built and tested, and nowhere near the year-round scrutiny given to pilots through unrelenting FAA checks in flight, in the doctor’s office, and in recurring background checks.

That’s a wonderful, unique thing in an increasingly complex and high speed world of transportation, and safety statistics show how air travel has advanced above and beyond all other modes of travel.

There’s a learning curve in the airline industry that has improved steadily since the early days of airline flight in the 1930s: accident rates have steadily dropped year over year and aircraft and engine reliability has increased in a parallel vector.

I recently had an aviation magazine editor ask me what I would cite as the primary cause of engine malfunctions that lead to a flight cancellation. I answered honestly that I’ve been flying on my particular fleet for over six years and I’ve never experienced an engine malfunction in that entire time.

That wasn’t so about twenty years ago, before aircraft and engine technology had advanced to its present state of reliability. But that’s the aviation learning curve: since the late 1990s, the advent of constant, data-linked engine monitoring now sends a wide array of engine parameters from the jet in cruise to a maintenance and engineering data analysis center that catches nascent faults and liabilities way before they become failures.

Last month I received a message in flight from our maintenance and engineering center asking me to check the vibration reading on a particular engine, because it was reading a bit high to them on the ground. Engine failures “on the wing” as we call them, are so rare that they actually make the news when they happen.

There’s a learning curve success story: decade after decade, we’ve developed new technology and hand-in-hand with strict regulatory enforcement, the airline biz has lowered the flight risks and added new layers of accident prevention and aircraft reliability.

By contrast, the automobile and highway transportation sector’s safety record has stagnated and even regressed over the same time period as air travel has improved: the traffic accident and fatality statistics have actually worsened as more cars hit the road and as speed limits are raised. Little is done to regulate or retest drivers other than observation and apprehension by a law enforcement officer. Even less is done to determine accident cause factors and develop technological and regulatory improvements to lower passenger risks.

By comparison, the air travel safety imperative is unprecedented, the standard uncompromisingly high: everything involved in air travel is geared toward passenger safety. Licensing of pilots, certification of training, manufacturing standards and operating restrictions for airlines are so constrained that if an equal measure were applied to the highways and drivers, the roads would be vastly safer—and nearly empty.

No government inspector climbs into a big tractor trailer rig to ride along and evaluate a trucker firsthand several times every year.

There’s not a government regulator assigned to a trucking company to monitor records, safety and training not to mention vehicle maintenance and repairs. Truck manufacturers have some rudimentary safety and fuel mileage standards, but the vehicles are not inspected by government licensed and tested mechanics daily.

No automobile driver is required to renew a driver’s license every nine months with a graded road test, plus oral and written exams, not to mention a government controlled physical exam with a specified doctor reporting results immediately to the government, never mind the periodic background check and the no-notice, no-refusal “we’re going to ride with you” spot evaluation.

By contrast, your flight crew—front (pilots) and back (flight attendants)—are constantly monitored, tested and certified.

That why air travel safety has improved annually while highway safety muddles along or actually regresses, and annual traffic fatalities remain at staggeringly high rates. Yet, the paradox remains: hardly a mention of “fear of driving” is made even in the face of thousands of lives lost on the highway annually, while fear of flying is a very real dilemma.

All of aviation is not safety-driven as is airline flying. In the military, the mission was primary, my safety as a pilot secondary to that. We accepted that, and many still do flying for our military.

By contrast, the entire airline aircraft design, engineering (we’ll talk about that later) and  manufacturing industry all telescopes down to one objective: you, and your safety. Same goes for the training, licensing, nonstop testing and evaluation of pilots, dispatchers, air traffic controllers and aircraft mechanics. In military terms, you and your flight  are the mission.

That’s the compelling force that drives the airline industry, and it’s all about you. While that might be hard to see when you’re enduring the hassles of security, and check-in, and boarding, it’s a powerful awareness to keep in your hip pocket: rest assured, everything about the jet you fly on, the crew that flies and maintains it, and the air traffic controllers who guide it have you as their focus. You are the mission.

So, recognize this windfall for what it is. Compare your clear priority in airline travel with the abject failure that is highway safety, a risk you live with every day. Air travel is actually your safest place, the one technological juggernaut where it really is all about you.

We’ll go into more specifics on who’s flying your jet, but for now, keep in your hip pocket the monumental safety success that has been designed around you the passenger, making air travel the safest mode of transportation you will ever take.

Remember the objective stated in the foreword to this book: empowerment is the key here. You’ve made a choice to learn about flight, to consider whether you want to give it a try. That’s real control because at any point, you can stop. You really are in charge and anything but powerless.

Stay with that decision for now, knowing it’s not set in stone—you can change your  mind—and let’s expand your fact-based knowledge of airline flying.

Quick Reference Summary

  • Aircraft design, engineering and manufacturing is regulated with you as the central priority.
  • The air travel learning curve in the United States has refined the industry and minimized risk factors over many decades.
  • High-tech, data-linked systems monitor aircraft systems performance and preempt failures.
  • By comparison, the risk factors associated with everyday highway traffic far outweigh the well-managed factors of air travel.

Order  your copy now with and use this 30% off discount code at checkout    2N7CUXXU 

Regular price: $9.99 Your price: $7.99 Order now–offer expires October 7, 2017

To order, CLICK HERE.

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Fearful Flyers: Here’s Help

Posted in airline passenger, airline pilot blog, fear of flying with tags , , , , , on September 10, 2017 by Chris Manno

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The more an airline passenger knows, the less possible it is for the unknown to overinflate itself and stand in the way of your travel with family and friends to fun, faraway places and adventures.

Here’s an insider-look with street-level explanations for everything you’ll encounter from your doorstep to the airport to your seat on the airplane: sights, sounds and sensations–what to expect, and why.

If you have a fear of flying or worse, if you’re unable to fly because a loved one has that fear, thereby grounding you too,  here’s an easy, accessible, low-key way to start the reassurance that leads to air travel.

If you relate to the JetHead blog–you’ll love this book. Get yours now, from Amazon Books.

To order, CLICK HERE.

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The REAL Captain’s Guide: How To Fly That Crap Weather Approach.

Posted in air travel, airline, airline passenger, airline pilot, airline pilot blog, airline safety, fear of flying, flight crew with tags , , , , , , on September 30, 2016 by Chris Manno

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First, let’s define “real” captain. I don’t mean “real” in the sense of physical, tangible, bad-layover-clothes, mouth-breathing captain, although I’ve been one at a major airline for 25 years and counting. You’re “real” as a captain on Day One when you’re turned loose with the rating.

What I mean by “real” is as in, “get real.” That’s because we know there are several things you face as captain with the dogshit weather approach. First, there’s what you’re told. Second, there’s what you know. Finally, there’s where the reality plays out: from the final approach fix inbound at 180 knots across the ground. There’s stuff you need to do to be ready for that.

The first item, “what you’re told,” includes the OpSpec that allows you to do what you’re about to do: fly a big jet with a lot of folks–including your crew–into minimally adequate weather for landing. OpSpec includes a minimalist element (what’s the least we can send you into the most challenging weather?) that allows airlines to earn revenue for what you’re about to do.

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What you’re told also includes the prevailing weather at the time they told you, which is nowhere near the time at which you’ll actually fly the approach. If I sound like a captain who’s had that detail bite him in the ass–it’s because I am.

So, here’s the BTDT viewpoint that goes beyond the classroom and the manuals. Not interested in stuff beyond the books? Don’t need the BTDT captain viewpoint? Please close this blog page now. No harm, no foul. Best of luck.

Okay, still here? The others gone? Good.

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First, your approach starts in the chocks before pushback. No, I don’t mean “be the dork who starts stressing or worse, briefs the approach before engine start.” Rather, I mean be the captain the FO can rely on as soon as you sit down. Stay the hell out of his way as he (or she)  works. Respect–but check–the setup of the cockpit for takeoff. You ain’t perfect, so don’t expect your FO to be, and let him (or her) know YOU can be counted on as a team member to be sure you both do well from the first checklist. That’s what you want later: a collaborative, respectful environment where your FO knows you’re relying on each other step by step. The FO needs to be looking for and free to point out your screwups.

Second, “what you’re told” versus what you know can be tricky. Weather forecast versus delays you’ve seen versus altitude restrictions and the list goes on: variables, unreliables, despite “what you’ve been told.” But what everyone knows is this: fuel equals time. When that sixth sense picks at the back of your brain saying we might could use more fuel–you really do so get it before release. If you’re wrong (trust me, you won’t be–the only time you can have too much fuel is when you’re on fire) then you land with more time options. But if you’re at minimum fuel you’ll have to tear the seat cushion out of your ass after landing because your butt cheeks ate it up like horse’s lips do while you stressed about weather delays.

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Finally, downwind. If you’re flying, relax: you’re not that asshole captain showing how it’s done (okay, you really are) but rather, you’re doing what you know to your core you’re damn good at. So, be humble, be quiet, be methodical, procedurally correct and do exactly what’s called for. Show your FO how you want the approach flown.

FO flying? Even better: relax, back up everything done, think ahead of the jet and while you do, let the FO do the flying exactly as it’s supposed to be done. Getting slightly off track? Guide back to best practices with suggestions, positive affirmations and last resort–LAST RESORT–directive, which sounds like “Let’s go ahead and ____” or “I’m not comfortable with ____.”

Remember, if what you’re told hours ago before takeoff matches what you encounter at the final approach fix, that’s a coincidence. You fly “real” based on what you know, which includes every experience and subsequent intuition derived therefrom–apologize to no one, get the fuel you need and decide for yourself if OpSpec minimums are adequate to meet the challenge facing you in realtime. We don’t fly on paper, on a spreadsheet, or on a chart of minimums page. Remember the horse’s lips/seat cushion metaphors: get fuel, think ahead, respect your FO, believe what you know (school of hard knocks) and fly smart, conservative and REAL.

Then, from Final Approach Fix to touchdown or go-around, you’re smart, confident, safe, and real. No one can ask you for more and as captain, you cannot do anything less, nor accept anything but the best you can do, by leading, coaching and most of all, being real.

Fly safe, compadres.

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Air Travel Mythology: The “Aborted Landing”

Posted in air travel, airline cartoon, airline industry, airline passenger, airline pilot blog, airline safety, airliner, fear of flying, flight crew, jet flight with tags , , , , , , on February 17, 2015 by Chris Manno

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Air a Travel Mythology: The “Aborted Landing”

In social settings, I never bring up the fact that I’ve been an airline pilot at a major carrier since 1985. Because when I do, the mythology springs forth: tales of “harrowing” flights, near disasters, plus lost luggage (not my department anyway).

The flight myth most typical is, in passenger-speak, something like this: “We were about two feet off the ground when the pilot ‘gunned it’ and we shot straight up.” Gunned it?

Ah yes: the go-around, as we call it. We don’t call it “aborted landing” and in fact, until we get on the runway it’s not a landing anyway. Even after touchdown, the only option other than stopping is a “rejected landing,” which is a methodical procedure to get back into the air safely.

The main point is this: all of these options are planned for, procedurally set out and practiced, and in a nutshell–not a big deal.

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Here are the facts, step by step, of a missed approach.

First, the urban legend needs revision. From an airline pilot standpoint–and this is the airline philosophy, in writing–a missed approach is considered a successful approach. In other words, landing is not mandatory for a successful approach. In fact, unless all of the many restrictions upon which a landing is predicated are met, a missed approach is the desired outcome.

There are a number of reasons why a missed approach may be required and the most common reason is not the one most people think of: weather. Rather, is the more mundane issue of spacing.

More specifically, that “spacing” refers to the distance between aircraft landing and ironically, this is typically a good weather problem. In bad weather, aircraft are well-spaced by radar and further, speed is typically assigned by the air traffic controllers. On a clear day, aircraft are allowed to “see and avoid” and thus are not spaced as far apart, nor is the speed as rigidly assigned.

So, now and then one aircraft on final approach may not have enough space behind another aircraft just touching down, which could mean the first aircraft might not be off the runway before the following aircraft would touch down. That’s a no-fault situation: maybe the first aircraft needed to slow down earlier than normal, or, as at DFW today, due to construction some runway exits may be closed, requiring a longer landing rollout.

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Or, often enough, an aircraft is cleared for takeoff as you approach and they might take longer than expected to roll. That’s routine and actually, it’s their runway once they’re cleared for takeoff. So, we may need to go-around.

The pilots in the second aircraft can see the spacing problem develop and there may be a few things that can help: you could slow to your final approach speed–but I also consider the plane behind ours and how that affects his spacing on our aircraft.

My rule of thumb is usually this: if the aircraft ahead touches down or starts takeoff roll and we’re still at 500 feet or higher, it’ll probably work out. Less? We’ll likely go-around. When we do, the process will be routine and simply, methodically by the book: smoothly add power, arrest the descent, bring up the landing flaps and their drag, retract the gear and smoothly climb to the assigned missed approach altitude and following the prescribed course.

No big deal from the cockpit, but it takes you by surprise in the cabin where you can’t see the situation developing. When power is added and the nose pitches up, the sensation in back is much more dramatic, particularly behind the wings and especially near the tail (ask any flight attendant) where the swing is more pronounced.

Sometimes the power can be overly dramatic: we have a power setting designed for a go-around, but it’s predicated on a last second escape from the lowest descent altitude on the approach–50 feet above the runway, in the Boeing 737-800 I fly. But seldom is the missed approach executed at that rock-bottom minimum, so that much power isn’t really necessary.

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Trouble is, some of the older jets like the MD-80 have autothrottles that know only to set the maximum setting if the go-around power toggle is activated. That causes a dramatic pitch up that may feel, in the words of the immortal Dr. Dole at USC Flight Safety and Accident Investigation Center, that you’re “climbing like a stripedy-ass ape.” Startling to say the least and why many pilots of those older aircraft disengage the autothrottles and manually set power on a go-around from a higher altitude.

Newer jets like the Boeing I fly today have two go-around power settings available with the autothrottles engaged, one with the maximum power response, one with a reduced, more comfortable setting.

A go-around from an approach minimum altitude is the exact same procedure, only with the full power setting, which will make the maneuver more pronounced but nonetheless, routine. That’s necessary for safety: we want maximum terrain clearance with no delay, so the exact same procedure is followed, just more aggressively due to the full computed thrust used.

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When I see the need for a go-around developing, the first thing I do is talk to the other pilot, getting us both ready to execute the litany of steps if need be. If we’re down to the approach minimums, there’s really nothing to discuss: we execute the standard go-around maneuver.

Traffic problems and spacing are the usual reasons for a go-around, but there may be the occasional go-around due to weather minimums. There’s no “gunning it” or fire-walling the throttles like in the Hollywood depictions, just a methodical and prompt setting of the required engine thrust and an arrested descent, then climb.

In either case, don’t expect to hear much from me on the PA, because in a go-around both pilots need to focus on flying: the altitude, the procedural track, the aircraft configuration and speed. If we’re going around due to weather minimums, we’ll also likely be setting up the navigation and securing the clearances to divert; if not, we need to get re-sequenced back into the landing pattern. None of that on a two man crew works well solo, which is what a PA would require.

So I’ll get to it when and if I can. If not, explain all this to the guy next to you, and relax. Because now you know a go-around is just routine.

More questions about air travel and your flight? Here are the answers:

Cover Airline Book 1

 To get your copy,  just click here, or search Amazon.com

 

 

Flying an Airliner After an Engine Failure on Takeoff

Posted in air travel, airline industry, airline passenger, airline pilot, airline pilot blog, airline safety, airliner, airliner take off, airlines, fear of flying, flight crew, flight training, GE 235, jet flight, passenger, TransAsia crash with tags , , , , , , , , on February 7, 2015 by Chris Manno

Flying an Airliner After an Engine Failure on Takeoff

I get asked this question a lot as an airline captain: can an airliner survive an engine failure on takeoff? The answer is, yes and no.
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Here’s the “yes” part of that: every multi-engine airliner in service today is designed and certified to continue a takeoff after an engine failure and fly on one engine, provided that the performance limitations are not exceeded and the correct single engine procedures are followed exactly.

Which brings us to the “no” part: if performance and control limitations are exceeded, or incorrect remedial procedures applied, chances of a successful single-engine takeoff and climb are slim at best.

Here’s a close look at the variables. First, the performance limits. Can an airliner execute a normal passenger flight with just one engine? From brake release? Of course not. What it can do is continue a takeoff if an engine fails with one inflexible limit: you must have achieved the correct minimum speed prior to the engine failure in order to successfully continue the take-off with only the remaining engine(s).

That speed is called Critical Engine Failure Speed (CEFS). To be exact, CEFS is the minimum speed you must have attained with all engines in order to successfully accelerate to takeoff speed after an engine failure, and then within the runway remaining, lift off and and cross the departure end of the runway at an height of at least 35 feet.

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Stopping with a failed engine is a whole different discussion, to be addressed in a future blog. For now, consider the engine failure and the takeoff being continued. If we have met or exceeded the CEFS, we will continue the takeoff which is critical to down-line obstacle clearance.

The go-no go speed is called “V-1,” which is simply “Velocity 1,” the decision speed on takeoff roll: if you’ve attained V-1, you’re able to fly. If you’re at V-1, unless you’ve started braking, you’re committed to flight because you may not be able to stop within the remaining runway.

For me, life becomes easier at V-1: we can, and will, fly. That’s what the jet (and I) was intended to do–the thought of bringing tons of hurtling metal and fuel to a stop in the remaining runway is not appealing to me. In fact, I need less aircraft systems to fly than I do to stop, including no blown tires, operative anti-skid and spoilers. In that split second abort decision, how can I be sure I haven’t lost an electrical system that would inactivate the anti-skid, or a hydraulic system that could affect the spoilers, or a blown tire that would take out 25% of my braking–and maybe cause a wheel well fire?

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The answer is, I can’t be sure, but I can fly with every one of those components inoperative, and to a pilot, flying a sick jet is preferable to wrestling a sick multi-ton high speed tricycle to a stop. So we fly, if we can do that safely.

My discussion from here pertains to the Boeing 737-890 aircraft I fly, but I would add that all airliners are certified to this same performance standard. Procedures vary, but the single engine performance standards are similar.

So in the event of an engine failure beyond CEFS, at rotate speed we will rotate normally and begin our obstacle clearance climb. This is where crew action is critical.

The first indication of an engine failure in the cockpit will typically be a yawing motion due to the imbalance of thrust between engines. Whether that occurs on the runway or, more likely, in the air, the response is the same: add as much rudder as is required to slew the nose back to normal flight. That’s critical for two reasons. First, the runway clear zone (the area over which you must fly) extends forward from the runway centerline. If you curve laterally away from the centerline, you lose the obstacle clearance protection of the runway clear zone.

Second, the correct amount of rudder eliminates the need for aileron use, which comes at a price: if enough aileron is input, wing spoilers will deploy, inducing drag. This is crucial because drag limits the climb capability which is a defined gradient required to attain obstacle clearance altitude.

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So here’s the “yes” part again: if the aircraft weight is within prescribed limits, if the correct speed is maintained and the specified climb gradient is flown, and the lateral ground track of protected airspace is tracked, then yes, the takeoff and climb-out is certified to be successful.

Do we, in the event of an engine failure, add power on the remaining engine? Generally, no. Why not? First, because the calculated takeoff power setting is designed to be sufficient to allow a single engine takeoff and climb after an engine failure. Yes, more thrust is available and if you need it, you use it. Our CFM-56 engines are electronically controlled to protect against over-boost damage, but here’s a pilot thought: if the climb is proceeding correctly, why introduce more adverse yaw, and why strain the remaining engine?

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Now, crew response. The person noticing the engine failure is normally (but not always) the pilot flying who feels and counters the yaw. That person, or often both pilots, call out what they see: “Engine failure, number __,” or “engine fire, number ____.”

Then, this and only this: maintain climb speed (and thereby climb gradient) and ground track. Let’s backtrack a bit. Before each takeoff, on taxi out I verbally review three altitudes with my First Officer: the field elevation, the engine out altitude, and the minimum safe altitude for that airport. And that’s our focus in the event of an engine failure: climb at the correct speed on the clear zone path to the single engine climb altitude.

A wise old CRM (Cockpit Resource Management) instructor used to tell all the pilots at my airline as we cycled through for our annual recurrent flight training and evaluations the same very shrewd piece of advice for this and any other flying emergency. He was a crusty, retired Air Force fighter jock who’d hammer this home: “Whatever happens, before you react, you take a deep breath and say to yourself, can you believe this sonofabitch is still flying?

Even after that, we don’t react–we respond appropriately. That is, between the two of us, we agree on what we have, and that can only be three things: engine failure, engine fire/catastrophic damage, and engine overheat. Identifying the problem and the engine is important, because the corrective procedures differ.

So in the minute or so that it takes to climb to our pre-briefed engine out altitude, we’re both analyzing exactly what happened, and which checklist we will bring out to accomplish step be step.

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What if the First Officer, rather than me, is flying when the failure occurs? From my point of view, and I’m coming up on 24 years as captain, I say so much the better: all of our F/Os know exactly what to do and moreover, they’re flying, they have the feel of the jet and the corrections in–why throw a control change into the mix and try to handle it cold?

As an added bonus, as the pilot monitoring the pilot flying, I’m downloaded of the physical stick and rudder challenges which are significant single engine. I can concentrate on analysis, procedures, radio calls and clearances because “Bubba,” as they referred to F/Os in flight engineer school, knows what he’s doing.

So here we go: what do we have? Simple flameout? Do we have RPM? If it’s not turning, there’s damage. Temperature range? Fire? Oil pressure? Only when we both concur will I, being the pilot not hands-on flying, pull out the checklist and read it step by step as I accomplish each with the F/Os concurrence at each step.

Here’s where discipline and crew coordination is key: NOBODY is going to start flipping switches on their own and whatever is done will be done only as I read the procedure. The best way to mangle any emergency is for anyone to go solo and start operating off script.

In every engine failure scenario, there comes a point in the corrective procedure where a throttle must be closed and a fuel lever shut off, possibly a fire switch pulled. The throttle of course reduces the thrust, the fuel lever cuts off the fuel supply to the engine (it’s going to flame out) and the fire switch shuts off fuel at the tank and the wing spar (in case the engine fuel shutoff valve is damaged by fire or explosion) as well as hydraulic fluid, pneumatic bleed and electrical power.

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These actions are drastic and with only one engine operating, they must never be done independently, unilaterally or without a double-check and concurrence. They are also most advisedly done only after level at the single engine altitude with obstacle clearance assured.

Here’s how that plays out in the cockpit, verbally and physically:

Me, reading the critical steps: Fuel Lever, affected engine (confirm)

[pause] I touch the correct fuel lever, F/O concurs; F/O guards the good engine fuel lever with his hand.

Me: Cutoff. [I perform the action] It is cutoff.

Then we go to the next step in the checklist, me reading, pausing for concurrence and confirmation. Bubba is focused on aircraft control, altitude and airspeed, validating each checklist step I read before and as it’s taken. I’m focused on the procedures, plus backing up Bubba’s flying.

If I were flying when the failure occurred, same process, just reversed roles. Each and every step in each appropriate checklist will be accomplished with crew coordination till we are ready to return and land safely.

The easiest engine failure to handle is a simple failure or “flameout.” You may try a restart under some circumstances, or you might not take the time and instead, just get the jet ready to land. The most difficult failure is the fire and severe damage situation, but it’s handled the same regardless: carefully, step by step with collaboration and concurrence.

Never singlehandedly or without concurrence. Because the deadly reality of two engine aircraft is this: if you apply any of the required procedures to the wrong engine, the only engine sustaining your flight, the results will be disastrous.

I’ve had to fly four actual single engine landings in MD-80 jets for various reasons, none so far in the rugged, reliable 737. We practice engine fires and failures every nine months in our recurrent simulator training, handling multiple scenarios each four hour session. The key to a successful single engine incident is procedural integrity, crew integration and communication, controlled pacing, and standard operating procedures followed to the letter.

In the end, a successful engine failure landing comes down to coordination, discipline, adherence to standard procedures and as my old fighter pilot buddy used to say, taking that second or two to collect your wits and say, “Can you believe this sonofabitch is still flying?”

For those who don’t adhere to all of the above, it won’t be flying for long.

Help for Fearful Flyers

Posted in air travel, airline cartoon, airline delays, airline passenger, airline pilot, airline pilot blog, airline ticket prices, airlines, airport, airport security, fear of flying, flight crew, jet, mile high club, passenger, pilot, travel with tags , , , , , , , , , , , , , on January 31, 2015 by Chris Manno

Cover Airline Book 1Here’s a chapter from my brand new book, “Air Travel and The Death of Civility: A Field Manual & Survival Guide,”  crammed full of shortcuts, insider info and little-known techniques to make your air travel as stress-free and smooth as possible.

Available now from Amazon.com Just click on the title link above, or search on Amazon.

Help for Fearful Flyers

Please don’t feel alone because you’re not: many passengers have some level of nervousness about flying. It’s just another version of the anxiety many feel at the dentist, the emergency room; virtually anywhere new, unfamiliar, and potentially uncomfortable. In fact, people and businesses actually cultivate and market exactly this type of anxiety at theme parks with roller coasters, haunted houses, and terrifying thrill rides. Some people actually crave the feeling.

What a nervous flyer feels is perfectly normal and need not eliminate the option of flying. That fact alone is reassuring, especially in the case of groups or couples who limit their travel options due to the reluctance of one individual to fly. Often, a large part of a passenger’s unease is an understandable fear of the unknown, which is essentially just unfamiliarity with a strange new environment. So let’s fill in some of those blanks in your flying knowledge and then, we’ll discuss techniques to manage your unease.

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First, let’s consider the aircraft and its durable, ingenious engineering. The designers of our jet have refined their process of building and manufacturing our airliner through decades of progressively better models with ever-improving materials and techniques.

The aircraft was built to rigorous standards of strength and durability far beyond what we will ever encounter in flight. To be specific, the FAA certification standard required the aircraft to demonstrate that it could withstand forces in turbulence well beyond that which has ever been recorded, plus an additional margin, with complete airframe integrity. That means that regardless of turbulence, there will be no airframe damage or structural deformity, we’ll be still flying just fine. Basically, this aircraft is not coming apart in any conditions we encounter in flight. You don’t worry about your car running over a bump at high speed, over railroad tracks, or even a curb–but it’s not built to anywhere near the strength standard of our jet.

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You’ll actually notice less turbulence in flight these days, due to a couple of assets we use. First, radar technology has advanced not only in display resolution, but also in a predictive capability: now, our digital radar and on-board computers are sifting through thousands of bits of digital data gathered by radar and other systems, giving us an accurate prediction of where turbulence may occur. Our radar is integrated with the Global Positioning Satellite system and knows where it is at all times, allowing it to separate terrain features like mountains from weather echoes. The radar aims itself correctly and has an accurate, interactive display of over 300 miles ahead of the aircraft. The radar has a “pop-up” feature that allows it to show on our displays even if it’s not selected, when it finds a weather problem many miles away that we need to know about.

Add to that the ground-based computer analyses that are charting patterns of turbulence, which are then automatically up-linked to us in flight, plus the exchange of real-time information between pilots and air traffic controllers and the end result is less turbulence encounters, and lighter turbulence when encountered. There are days when rides just aren’t completely smooth and we’ll encounter some bumps. But rest assured, we’re working our way through the sky in the smoothest flight path possible.

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Visualize the air we fly in for the fluid that it is, with currents, eddies, flows, and even the wakes of other aircraft also aloft. Crossing a jet’s wake is much like crossing that of a boat: rumbles, some bumping, then we’re past the wake. Atmospheric eddies and currents can cause similar short periods of bumpiness, or even just a mostly choppy sea of blue. If that persists, we’ll search for a smoother altitude–just give us a few minutes to coordinate a clearance from air traffic control.

Mountains cause the atmospheric equivalent of river rapids in the airflow, even at altitude, because orographic features like ranges and peaks act like rocks in a stream, causing a rougher ride. That’s typical of a flight path across the Rockies: some bumpiness is not unusual. But you can rest assured that at our flight speed, we’ll pass through the area without delay.

In US airspace, airlines and Air Traffic Control pool weather information to share among all flights, and one designated FAA facility manages traffic and routes around areas of severe weather. With all of these assets working for us every flight, we don’t get taken by surprise by weather.

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That type of coordination that shares weather and route information is emblematic of the entire US aviation system, which has had a seventy-year learning curve of development, testing, and refining that has resulted in a strong, reliable oversight and infrastructure for commercial aviation, including

the Federal Aviation Administration, Department of Transportation, and the National Transportation Safety Board. All three in combination provide experienced and comprehensive oversight that makes flying the safest mode of transportation you could choose.

Another highly-developed airline support system monitors our jet in flight. Our technical operations center monitors hundreds of bits of data sent in a non-stop, automated stream from our jet in flight. In flight, I’ve had a message from our round-the-clock tech center print out that said, “Can you verify the vibration on the left engine? It’s reading a little high down here.” The engines alone transmit a huge stream of telemetry to our tech center, and that data allows long-range trend diagnosis that has all but eliminated in-flight engine failure on the Boeing jets I fly. Trend data and years of diagnostic experience have allowed Boeing, our

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tech staff, and our maintenance center to keep aircraft systems in peak operating forms.

From years of firsthand experience, I can say Boeing jets in particular are finely engineered, rugged and reliable American-made jets, and that’s the main reason I fly them. Thousands of hours in Boeing cockpits have given me every confidence in the strength, power, and versatility of these jets which are capable of handling anything we could encounter in flight.

I’m fairly typical of the pilots you’ll find in command of your flight, in my thirtieth year with my airline, my twenty-fourth as captain. I was an Air Force pilot before that, and like my colleagues on the flight deck, I have the singular goal of flying safely, procedurally perfectly, and always conservatively. I have three back up plans for every eventuality and firmly believe there is nothing I could face in flight that is beyond my capability. That’s not only due to experience, but mostly because of years of relentless, ongoing advanced training not only in full-motion simulators, but through hours of classroom instruction, systems training, and recurrent exams. I have every confidence in the copilots I fly with who share the exact same goals, procedures, and training. In the cockpit, we’re unanimous about one thing: the safe, efficient, and smooth operation of our flight.

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So, knowing all this, what else can you do to ease the stress of a flight? First, keep the above facts in mind, reviewing as needed leading up to your flight and even on board. Second, keep track of the elapsed time. Your airline app will tell you how much flight time to expect, as will the captain in his PA and also, the flight attendants will normally tell you the planned flight time in their PA. Whatever the total flight time is, divide it in half. Now, keep track of the first half, which will elapse much faster for you than the total time. Just that half, count it down. Upon reaching halftime, relax and rejoice: from there you will count down an ever-shrinking time period much shorter (and growing ever shorter) than you have already endured quite successfully.

Concentrate on your breathing, keeping it steady and calm. Reading matter, a video, music: dive in, focus on that. Claim a little “me” time and catch up on reading or viewing that you never seem to have time for otherwise.

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Keep an eye on your halftime benchmark, noting your steady progress. Bear in mind the fluid aspect of air and anticipate some waves in this most vast sea we’re sailing through. Be confident that your extensive flight team, including the crew on board as well as our airline technical, operational, and dispatch staff constantly monitoring and interacting with us in flight, plus the air traffic control network of pros handling our route passage. We’ve all been doing this for a long time and as our record shows, we’re darn good at it.

I’ve used the countdown technique at the dentist office (my “nervous flyer” experience) as well as when running several 26.2 marathons. It works!

There may never be a time when a nervous flyer actually enjoys a flight, but there’s no reason a flight can’t be tolerated with minimal stress with a little forethought and perhaps, an equal amount of distraction with entertainment or conversation. Here’s a summary for you to review as needed:

Summary:

• Unfamiliarity is often at the core of preflight anxiety. Review the contents of this book and this section, and give yourself credit for your successful progress through the various steps required for a plane flight.

• Your aircraft is a tough, versatile, well-designed engineering marvel that has been refined over years of improvements.

• Constant monitoring of the aircraft’s vital systems in flight allows reliability and safety that makes air travel the safest travel option.

• Weather systems are a reality of life, but we have advanced technology on-board as well as on the ground keeping us well ahead of weather challenges and well clear of danger.

• The atmosphere is a fluid and behaves much like a large body of water, with the same, normal characteristics such as currents, flow, eddies, wakes, and the occasional bump.

• Your pilots are highly experienced and dedicated solely to the safe, professional operation of your flight.

• Use the countdown system of flight time to your advantage, watching your time aloft grow ever shorter.

Cover Airline Book 1Other chapters include buying a ticket, getting the best deal and the right seat, check-in and security shortcuts, on-board perspective, aircrew insider perspective, damage control and much, much more. Read this book, then travel like a pro!

The perfect gift for someone about to travel, for those reluctant to fly–and for those eager to fly and wanting to have a stress-free, excellent air travel experience.

Order your copy from Amazon.com

Just click this link.

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Air Travel Illustrated: The Holiday Flights.

Posted in air travel, airline, airline cartoon, airline cartoon book, airline delays, airline industry, airline passenger, airline pilot, airline pilot blog, airliner, airlines, airport, airport security, cartoon, fear of flying, flight attendant, flight crew, flight delays, jet, passenger, pilot, travel with tags , , , , , , , , , , , , on November 26, 2014 by Chris Manno

Some times words won’t do, or maybe illustrations can do better. Regardless, if you’re flying somewhere for the holiday, this is your life enroute. If you’re home already, here’s what you’re missing.

First, my best advice either way:

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With that in mind, make sensible reservations based upon experience, rather than an idealized hope:

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Flights are packed, so plan your inflight strategy:

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Getting a last minute seat can be nearly impossible due to holiday load factors, unless you’re willing to compromise:

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Keep in mind that you’ll have to handle your own baggage:

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Prepare mentally for the challenges of airport security:

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Please board only when your sedative is called:

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Ignore the pompous guys impressing each other in First Class:

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Or maybe share your admiration for them as you pass by:

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Realize that children are on-board, so you’ll need to deal with them:

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And parents, remember it’s your responsibility to discipline your kids on board:

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Pay attention to the flight attendants when they speak to you:

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And they may be talking to you even indirectly:

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So pay attention:

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And when I turn on the seatbelt sign, it does mean you:

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Realize that weather can complicate our flight:

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So be prepared.

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Anticipate the post-holiday letdown:

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Enjoy your leftovers properly:

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And congratulate yourself for traveling and thereby avoiding a worse fate. Bon voyage!

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More cartoons? Get the book:

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Get your copy now–just click the button below:

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