The story in one page
Following the 'War of the Rebellion,' the underemployed ballistics experts of the Baltimore Gun Club find themselves restless. President Barbicane proposes a grand engineering feat: casting a nine-hundred-foot cannon in the Florida soil to hit the moon. The project grows from a scientific experiment into a manned mission when flamboyant Frenchman Michel Ardan volunteers to ride the bullet. Along with Barbicane and the skeptical Captain Nicholl, Ardan survives a launch so violent it creates a localized earthquake. The narrative follows their claustrophobic journey through the void, where they grapple with mathematical errors, the cold of space, and a stray meteor that leaves them dangling in a permanent lunar orbit.
Who's who
- Barbicane
The calculating President of the Gun Club who leads the expedition.
- Michel Ardan
A daring, lighthearted Frenchman who insists on being a passenger.
- Captain Nicholl
An armor-plate specialist who initially bets against the mission's success.
- J. T. Maston
The Gun Club's enthusiastic secretary with a gutta-percha skull and iron hook.
- The Columbiad
A nine-hundred-foot cast-iron cannon sunk into the Florida earth.
What it's really about
- Nationalism
- The American obsession with mechanical size and gunnery excellence.
- Mathematical Precision
- The reliance on algebra to navigate the physics of the void.
Why it's memorable
- The casting of the cannon, involving twelve hundred furnaces pouring molten iron into a Florida pit.
- The three travelers floating weightless inside the projectile car after reaching the point of equal gravity.
The ending, explained
Spoilers — show the ending
After drifting as a lunar satellite, the projectile falls back to Earth, splashing down in the Pacific; the crew is found alive inside, calmly playing dominoes while waiting for rescue.
For your book club
- The contrast between Ardan's romanticism and Barbicane's cold, logical scientific approach.
- The logistical realism of the launch site, specifically why Florida was chosen for its latitude.