This is Part 3 of the series putting you in the captain’s seat.
Want to start at the beginning? Click here.
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I love the smell of jet fuel in the morning.
Okay, maybe right before noon–I don’t bid early flights and since I’ve been here over 25 years, I don’t have to do the buttcrack of dawn flights anymore. But it all leads to the same place: ready for take-off.
And whether that’s your first solo or your most recent take-off line-up, it’s the best part of the world ever: nose pointed down the line, strapped in tight, slight bend at the knees so as to have easy rudder throw in either direction, holding brake pressure on top of the rudder pedals, waiting for release.
Calm. All the engine instruments are flat-lined like a comatose patient, breathing; heartbeat but not much else. Idle RPM on both the giant fan and the turbine.
These new jet engines are mechanical and technological marvels, gi-normous Swiss watch-like machines: tolerances to the thousandth of an inch, spinning at 30-50,000 RPM for hours, tirelessly, core temps averaging blast furnace heat all the while. Each engine weighs over two tons, but puts out 27,000 pounds of thrust, so with both at full power, you have 26 tons of thrust at your fingertips for take-off or whenever you need it.

The pair of CFM-56 engines will gulp down nearly a thousand gallons of jet fuel between take-off and level off, but the marvel is, even heavy-weight we’ll climb to 38,000 feet in about fifteen minutes. That’s also attributable to the Boeing wing: they were wise enough to increase the size of the wing as they stretched the airframe. Not so with Douglas jets like the DC-9–they just added length to the fuselage and kept the original wing.
I like the feel of the fat, swept and cambered-up Boeing wing, which as a result of the lengthening has a lighter wing-loading than the stretched Douglas.
It just feels more stable and reliable both in the low-speed regime and almost more importantly, at altitude. So on take-off, there’s just a confidence you can bank on with the Boeing: it has power and lift to spare.
“Cleared for take-off” are the words you’re waiting for. Once you gang-bar the exterior lights, the First officer will call, “Before take-off checklist complete.”
You stand the throttles up and immediately, the CRT displaying engine instruments springs to life. The computers below the flight deck measure the throttle position and project where the RPM of both the giant fan and the subsequent rotors will be in a matter of seconds. They stabilize at 40%, then the actual rotor speed catches up as the engines snarl to life. Satisfied at 40%, I punch the take-off power button on the throttles and they move to the position that the engine computers say matches the temperature and the other parameters we programmed and will produce the thrust we’re expecting. I double check that they are within 2% of what I expect, then turn my eyes to the runway stretched out ahead.
It’s best to cast your eyes way down the runway so as to have a good peripheral awareness: engine failures will be most obvious from the initial yaw, plus, directional control at over a hundred miles per hour is best judged with a long view.
Now I’m steering with the rudder pedals, trying to just nudge the nosewheel–stay off the centerline lights with their annoying thumping–until between forty and seventy knots when the forty-foot tall rudder takes a good enough bite of the air to become effective at aerodynamic control.
“Eighty knots,” is the first callout, and it comes fast at take-off power. That’s the abort dividing line: up till eighty, I can consider aborting for various systems problems. After eighty, the abort response is different and because of the kinetic energy built up in our 70-ton freight train, stopping is much more critical a maneuver with serious consequences in terms of brake energy.
Plus, it’s not wise to try to arbitrate at over a hundred miles per hour whether a system indication stems from a failure that would affect our ability to stop: brakes, anti-skid, hydraulics, electrics.
That’s why I’m relieved when the aircraft announces “V1.” That means we’re beyond abort speed–and I’m thinking only of flying, even on just one engine if need be.
Almost immediately, the First Officer calls,”Rotate” and I ease the yoke back gently. Have to let the 737 fly off and get some tail clearance from the pavement before smoothly rotating the nose up to take-off pitch, which is shown in my heads-up display (HUD). Off we go.
When I see vertical velocity climbing in the HUD, plus increasing radio altitude numbers, I simultaneously give the hand signal (flat open right palm moving up) and say, “Positive rate–gear up.” The hand signal is in case my voice is blocked by radio chatter or other extraneous noise.
The HUD’s also showing me the energy building on the wing, plus the speed trend. Call for the flaps up before the limit speed, engage vertical navigation (“V-Nav”) at 2500 feet. Track the departure outbound, centering up the radial. I sneak peaks down from the HUD to the Nav display so as to anticipate the turns ahead. Roll into the turns easy–the 737 flies really tight and responsive–and carve out a smooth arc.
First milestone: ten thousand feet. Roll in some nose-down trim so as to accelerate beyond the 10,000′ limit of 250 knots. A quick check to be sure that the cabin is climbing and that fuel is flowing properly: above 10,000′ we can burn center tank fuel if we didn’t on take-off or if there was less than 5,000 pounds at take-off; less than 3,000 pounds now and you reach up and open the fuel crossfeed manifold and turn off the aft fuel boost pump.
Eyes back on the road. Trim. Smoothness. Coffee.
Before you know it, the chronometer says around 18 minutes elapsed time and the altimeter reads 40,000 feet. Trim it up, level and smooth, trim out any yaw, engage the number 1 autopilot. Check the fuel burn, the fuel flow and the quantity. Cabin pressure stable at the correct differential value. Nav tracking properly. Cool: we’re cruising.
So now, here’s you:
No, not just punching the time clock–counting fuel flow, measuring miles remaining against fuel and miles per minute. Print the uplink of the destination weather. Was your forecast correct? No, you didn’t do the weather forecast–you predicted what fuel you’d need on arrival for the approach in use. Kind of glad to have a little extra in the hip pocket, right? Conservative fuel planning.
Note the climb point and more importantly, the gross weight where that can occur. Pay attention; note when it arrives early and use it: tailwinds or headwinds shift the point, but track the weight.
Now it’s time for the P.A. Nobody cares or pays attention–especially the flight attendants who will ask “what’s our ETA” even though you just announced it. Whatever. It’s always partly cloudy, make up a temperature, read off the latest ETA, “glad to have you flying with us today; for now, sit back, relax” blah-blah blah, get ready for the approach.

Uplinked destination weather.
You know the arrival winds. You got the uplinked current weather and terminal information. Set up the approach in the course windows and frequency selectors. Yes, it can change while you’re enroute, but now is the time to set up the approach and get it straight in your head.

There’s the art in what you do: translate this schematic into three dimensional movement in pitch, bank and roll. Each approach has its own peculiarities–so start thinking it through now.
Meanwhile, however, just a constant flow of navigation, fuel flow and performance considerations. Keeping a fuel and navigation log, constant contact with Air Traffic Control:
That and maybe some of the catering from First Class provisioned as “Crew meals.”

The best catering of breads and desserts is out of Mexico and Canada, I think. But at any rate, it’s probably good to stay “calorized” as a survival tool: time changes, sleep disruptions, long hours, extremes of climate and especially the prolonged hours in a low-humidity cabin–it all takes a toll, physically. And flight crews work in that realm week after week. At least you can buttress your health with the caloric energy you need. It’s not always available between flights.

Manage the fuel. Weather radar and traffic watch. Ride and wind reports, both from other aircraft and uplinked from our Ops center. navigation–course modifications, shortcuts, direct clearances, higher altitudes when we’ve burned off enough fuel.
So it goes for hours on end.
The nav systems are plotting a descent already. They have drawn an imaginary line from altitude to our destination and I can see constantly the angle and the rate of descent changing as we draw nearer. I’m going to induce the descent–with ATC clearance, of course–a little early, maybe fifteen miles or so depending on winds, to make the descent a little flatter and more comfortable in the cabin. Besides, the automation doesn’t account for ATC restrictions added to those already published. Let’s get ahead of the game.
HEFOE Check: Hydraulics, electrics, fuel, oxygen, engines; periodic checks, the mantra from the Air Force days–nostalgic, but appropriate still in an airliner at the top of descent. Which, I’ve decided in my mental picture of the descent angles, distances, speeds and times, is now.
“Tell them we’d like lower,” I say to the First Officer. He nods, instinctively aware that it’s about time to start our descent. This is where passengers in the cabin notice the slight decrease in engine noise and a bit of a nose-down tilt.
The shoulder harness come back on in the cockpit; headsets replace overhead speakers and boom mikes take over from the hand mikes. Approach plates are reviewed on more time; crossing altitudes and speeds, intercepts and radials. This is the fun part: translate the myriad of plotted out instructions into a graceful series of maneuvers culminating with a safe touchdown, then dissipating the kinetic energy of sixty tons thundering down the runway at about one hundred and sixty miles an hour, bringing the whole remarkable aircraft to walking speed, then to a gentle stop at the gate. Piece of cake.
Next week, Part 4: the approach and landing.

Flight plan? Got it. Fuel load? Fine. Take-off data? Got that too. The ten-yard-long printout of notices and info and weather affecting our flight and route? Folded accordian style. Cup of McDonald’s coffee, black? In the cupholder by your right knee.



Waiting. Quick mental review of high-speed abort items: fire, failure, fear or shear. That is, after 80 knots, only an engine fire or failure, or my split-second judgment that I “fear” the aircraft is structurally not airworthy, or a detected windshear will cause me to abort the take-off before max abort speed, and after that–we’re flying with whatever we have.

Call the cockpit. Seriously. What we get more often than not these days is, bumps, then ding-ding. “It’s for you,” I say to the First Officer, even though I am monitoring the flight interphone in my headset. Then I get the thanks a lot look from the F/O who reluctantly picks up the phone.

First, I have to decide if we can climb or descend. Are we light enough for a higher altitude and at that altitude, what is the margin between high speed and low speed stall? That is, a higher altitude may be habitable in smooth air, but not in turbulence–yes, the charts are broken out into smooth, light, moderate and heavy turbulence because it affects both speed control and the airfoil. Given that we are in turbulence at this geographic location, there’s a darn good chance it extends above and below us here as well.

Once we know the winds and the reported ride conditions, it’s back to a decision about up or down, based on the fuel endurance and destination weather factors I just explained. That all takes time too.

When I lived in Honolulu, over time I grew to take the visual for granted. That hit me one evening as I was taking out the garbage. Over my head, spread out like a splash of spilled paint, a furious crimson sunset vaulted across the sky.
Good thing I took out the garbage.
“They all lifting their window shades to look out the windows!” she bellowed.
Mt. St. Helen’s north face–blown off in 1981, buried in recent snow but the story’s clear enough, isn’t it? Stupid me for being heads-down, just another departure with a little fuel imbalance and navigation hassle thrown in. But there was more.
St. Helens’ big sister, Ranier looking stately as ever with a 14,410 stature of quiet dignity. Almost missed that too, but truly, she’s hard to miss.
God we have a lot of pointy stuff in this country, don’t we? In fact, take a look at the carpet of rocks that is the Sierras. I can’t even imagine the cajones of those who crossed this monstrous tract on foot.
And it’s not just the peakish stuff–we have magnificent ditches, too. The Grand Canyon sneaks up on you too, embarassing those who don’t notice until the trash is full that there are wondrous things silently waiting to suck the breath out of you.
And let’s nod to civilization. Now and again, a concrete ridge pops out of an undercast with man made peaks and valleys of vertical beauty:
And you want dunes? We have real dunes too. If you were on the ground, this would be a nasty sandstorm in Arizona, wouldn’t it? But from the heaven’s eye view, this is a beautifully painted, delicate marzipan.
Sure, there’s always the office. Always work. But.

He also offered to be my “bodyguard” for $5, but I was with Ben The Dependable Copilot, and Ben’s about 6′ 2″ and weighs in about 220, so I passed. But still.
Some folks just don’t get out much, but this being the holiday season, they’re of necessity heading to “somewhere else” and you know what the fastest way is from point “A” to point “B,” right?
Maybe there’s too much of a good thing on either end–eating, drinking, whatever. Problem is, airline crews are kind of stuck in the middle: between wherever “here” and “there” is for the traveling public, our workplace is the waiting room.
I guess folks just make themselves at home, or forget they’re not at home. Either way, our “workplace” is more bizarre than ever during the holidays as a result. The trick is to not only act like you don’t notice (step around the seemingly dead body for whom apparently stretching out on the floor is fine), but to try to act nonchalant when you do–which sometimes is difficult.
The on-board weirdness is predictable, with holiday travelers who are often infrequent flyers. Go ahead, mop the lavatory floor with your socks, Mr. Seldom Travels By Air. I don’t want to even think about it, but I am grateful that at least somebody’s cleaning that outhouse floor, even if the flight attendants are gagging when you do.
I don’t mind for two reasons. One is because no matter how many times airlines, air travel organizations or even travel agents tell you that you need to bring your own food (and water if you want real convenience), you’d rather be surprised.

Come to think of it, weirdness and all, this is a great time of year to be an airline pilot, to fly families and friends to reunions and holiday gatherings.




They’re a perfectly tuned duet, and they’ll spin at 30,000 rpm for as long as we have jet fuel and oil, the latter as much for cooling as for lubrication. From behind, a virtual blast furnace: I’ve seen it, taxiing behind another 737; a devilish smelter glow–you can actually see the ring of fire if you’re close enough.
But instead of the multiple colors that help separate function, everything’s a ghostly glowing greenish aqua. And it swims: the airspeed tape runs upward like the dollar signs on the gas pump. Then when we lift off the right side begins to jump with altitude and vertical velocity.








Let’s just cut to the chase: here’s what you really want to know. In fact, let’s just go over important facts you NEED to know if you’re going to deal with flight attendants (of course you are, in flight), or date a flight attendant (you THINK you are, but that’s in YOUR dream, not theirs and they don’t get much sleep these days anyway), or maybe even you want to BE one (What, you’re finally off suicide watch, now this? Break the Prozac in half). Anyway, learn THIS:
Not that you don’t deserve it: they’ve asked one hundred people before you the same simple question–“What would you like to drink?” And they’ve answered the what do you have question at least as many times, plus they made a P.A. giving you the answers ahead of time. So, when you in row 32 ask again anyway, they have a soothing, pleasant proximate answer that after a few minutes your brain finally deciphers correctly as, you stupid idiot, YOU SHALL HAVE NOTHING. To which I would add, “you douchebag” but Flight Attendants are more skilled and less vulgar than I am. Bottom line: don’t be an idiot.
Let’s face it–you’re in a sardine can for hours on end. In the cockpit, I actually have separate zone-controlled (by me) air conditioning and recirculation. Yes, it is good to be captain. And sure, you have some weird ideas about what goes on beyond that cockpit door, don’t you?
Suffice it to say that we pilots get “the royal treatment.” Now let’s move on.
Back to the long metal tube you’re paying a few bucks to be trapped in rather than face the freeway for days on end getting to whatever destination you’ve coughed up your vacation savings for.
Well, the cabin is their workplace, too. As long as they’re trapped and required to endure assorted emissions from both of your ends (sometimes you’d have to think that the ones from your south end are more tolerable than the “what do you have?” stuff coming out topside), they deserve a chance to defend themselves. And when you travel, especially as much as we do on a flightcrew, diet is at best a catch as catch can thing. That end result is bad, eventually.


Finally, here’s the last and probably most important thing you should know:
They can handle the 90 pound emergency exit door or the even heavier cabin doors. They know the route by feel and by heart to the nearest emergency exit in a smoke-filled cabin–and they’ll take you there. They are ready with first aid and CPR and a defibrillator and a fire extinguisher and oxygen and anything else you or I might need in flight. Not what we “want” in flight, although they take care of all they can–but most importantly, what you need to make it off the plane alive in any circumstance.
They’re not leaving without you, even if they have to haul your ass out of a burning plane themselves. To me, that’s amazing.
Do I have to spell this out for you? You should respect and appreciate the unique and giving individuals who are the flight attendants on your flight. Or in my case, I appreciate the one who is my partner for life. Or there’ll be an ass-whuppin’ in short order for you and me alike.
You hear the name, you see the pilot, but who is this person, “the airline captain” in whom you place your trust?

Here’s you on the controls: take it easy . . . what is this with the power steering? You’re flying with hamfists and pork brains, or at least that’s how it will feel in the back of the plane.



Anyone can fly like a pilot, but now you need to fly like an attorney. So many new restrictions and procedures that you can tell stem mostly from legal considerations and absolutely not from good flight practices. But that’s just the twenty-first century, right?
Pilot survival, from so many years ago. Back then, a “double-bang:” fly two sorties, back-to-back; formation, aerobatics–you name it. In between, a Coke and a bag of peanuts for you. The Coke had both caffeine and sugar to pep you up. Same deal now, at midpoint in every simulator session, in the Iron Kitchen now, in the Squadron Snack Bar back then, face still showing the outline of an oxygen mask, hair matted from a helmet.
Been sitting here for twenty-ish years. Thousands–fourteen thousand plus change, actually–of hours of pilot time in this jet. You know where everything is by feel. Could do most functions with your eyes shut. Thousands of approaches and landing and take-offs and cruising.
Buh-BYE, MacDonnell-Douglas, hello Boeing. Nice the way Boeing incorporated the Mac-Doug logo after eating the company whole, don’t you think?
That was just the way of the world: just do whatever it takes to fly the latest jet.
Just a kid, twenty-something with a comparative (at least to today) handful of flight hours blasting around with my hair on fire. It was all just good fun and the training part? Just something you had to do–a nuisance, really–to get to go fly. That was fun, despite the responsibility of study and learning and proficiency.
It was all about the rush of flying, the freedom from the mundane office world, a desk and god forbid, a boss breathing down your throat. In the air, it was all pure exhilaration, freedom, power, and what the hell was I thinking, below, being barely 21 and flying solo with about 8 hours total, with a camera in one hand?
And there, too is the connection with the mundane: studying manuals, learning procedures, memorizing technical limits and emergency procedures. Cockpit drills, procedural trainers, simulators, classrooms, evaluations.
She was my first. And it’s true: in flying, like many other areas of life, you always remember your first.
I sat sideways on the DC-10, The Plumber, for a little more than a year and I saw her around–knew someday we’d get together. I wouldn’t be a flight engineer forever, and she was the “first date” for a new First Officer.
What a view, finally, from a front seat! All the way across the country, thinking about that landing in Long Beach. First time for me in a Super-80, and with a full boat. We worked it out; she made me look good, touching down firmly but in Long Beach, with a fairly short runway, that was the right thing to do.
Then a couple years off to fly the big brother–the DC-10–all over the globe. But I took with me the early lessons I learned on the smaller, thinner “Long Beach Sewer Pipe” and put them to work on a grand scale on the wide body jet where often, I was glad I’d figured out how to accomplish the mission on the 80 first.
Captain’s wings. I can see plain as day still my first landing in the left seat at Raleigh-Durham, thinking similar thoughts from the first “first” in Long Beach years before, landing the MD-80 for the first time: that was a dream come true, too.
Now that’s where 19 more years have passed. Day, night, good weather and bad–you name it. The airline records show over 11,000 captain hours in this one spot.
Instructor and evaluator. Helping others make their airline pilot dreams come true and as importantly, keeping the dream alive by ensuring the quality of of training in jets and sims for a couple years.
Which brings us to the present. And more significantly, this week.
There’s a new girl in town. In fact, we get a new one every month, and that rate is actually going to pick up in the new year.
Then when I put you on the deck this week, it’ll be for the last time. That’s going to be a little sad in many ways, but that’s the way it goes, right? People want to fly on newer jets and even beyond the fact that I can’t blame ’em is the reality that I do too.
