HOW A CARRIER WORKS

A fast jet needs 3,000 feet of runway. An aircraft carrier is about 1,090 feet long. How is that gap closed, hundreds of times a week, in the dark, without anyone getting hurt?

This is the book that answers the question properly. Not a memoir, not a war story, not a picture book - a clear, patient, plain-language explanation of how the whole system actually works, from the physics of the approach to the reason the deck crew wear colored shirts.

Written entirely in words, with no diagrams and no photographs, it uses spatial description, honest analogy and step-by-step sequence so that you build the picture yourself - and remember it.

What's inside:

- Why landing a jet on a ship is hard, explained as physics you can do in your head

- The shape of the ship, and why the runway is set at an angle to the hull

- How a catapult reaches flying speed in about two and a half seconds, and what that feels like

- The arresting wires, the tapered valve that makes them work, and what happens when a pilot misses

- The optical landing system, from a mirror and a lipstick to the modern lens array

- The flight deck as a workplace: the color-coded jerseys, the hand signals, the choreography

- A full launch and recovery cycle, minute by minute, from the deck's point of view

- What an air wing is made of, and why so many of its aircraft exist to support the others

- The hangar, the elevators, and the art of parking sixty aircraft on four and a half acres

- Why every hour of flying costs many hours of maintenance

- Fuel, replenishment at sea, food, water and waste for five thousand people

- Life aboard: the bunks, the sleep, the noise, the total absence of outside

- Reactors, turbines and propellers, explained without arm-waving

- How a genuinely dangerous industry made itself far safer, and what other industries learned from it

- The case for carriers and the case against, set out fairly, with no thumb on the scale