Boeing 787 Dreamliner
A journey across the systems
You fly it, or you soon will.
You know its procedures, its limits, and its flows by heart. You know how its systems work. But do you know why they work the way they do?
The Dreamliner is taken apart system by system — electrical, hydraulic, fuel, engines, pressurization, fire, ice, landing gear, flight controls — and rebuilt in your mind, always answering the one question a manual never does: why must it work this way?
Plain-spoken, rigorous, and grounded in the physics beneath every procedure. There is not a single diagram in these pages: every system is built in words alone, to be read cover to cover like a book, not consulted like a manual.
Three things that feel obvious, and are false
- That every fire aboard has a bottle to put it out. It does not. Seeing which fires have no bottle, and why, is where real understanding begins.
- That a jet engine burns all the air it swallows. Most of the air never meets a flame at all.
- That the thrust levers are wired to the engines. They are not. What actually sits between your hand and the fuel is the subject of an entire chapter.
Along the journey the airplane becomes a city, its generators the power plants on the outskirts and its buses the streets that carry current downtown. The four computers that fly it turn out to be a ship’s crew — navigator, helmsman, engineer, and the hands at the oars — with you the captain on the bridge. The landing gear locks exactly the way your own knee locks when you stand, and lets go with a nudge from behind. A fuel tank breathes like a juice box, and would crush itself if it couldn’t. And trimming turns out to be nothing like turning a valve — it is setting a thermostat, naming the speed you want and letting the computers hold it.
From the book, free
Whole sections, exactly as they appear in print:
- Why one ground power unit is not enough A parked 787 can need more power than a single cart can give. What each one feeds, and what stays dark with only one.
- Why not GPS only? Why an airliner does not navigate on satellites alone, and what the blended GPS-inertial position really is.
- What the thrust levers actually command They are not connected to the engines. What they really ask for, and what is lost in alternate mode.
Questions
- Is this a substitute for the FCOM, FCTM or AOM?
- No, and it is not meant to be. Your manuals tell you what the system does and which switch to press. This book explains why it must work that way, so the procedure stops being something you remember and becomes something you could have predicted. It carries no operational authority of its own: always verify against your operator’s FCOM, FCTM, AOM and current procedures, which are the only official sources.
- Is it useful before a 787 type rating?
- That is exactly who it was written for. It assumes you can fly, not that you already know the airplane. It works just as well the other way round: pilots already qualified on the type use it as a refresher, to get back the why behind procedures that have long since become automatic.
- Paperback or Kindle?
- Either one. Because the book contains no diagrams, nothing is lost on a small screen — there are no figures to pinch and zoom, and no tables that break across a page. Take the paperback if you like to write in the margins, the Kindle if you read in hotel rooms and on the road.
