Launch vehicles: five generations of rockets
The launcher timeline splits into five groups: early experiments, orbital rockets, crewed systems, heavy lifters and reusable vehicles. The group explains the design better than the year does – a rocket for low orbit and one for an interplanetary mission solve different problems with different stages and sizes.
The five groups
- Early experiments – 23 vehicles. The first liquid-fuel flights and test designs the whole industry grew from.
- Orbital – 130 vehicles, the bulk of the timeline. Their job is routine delivery to low Earth orbit.
- Crewed – 14 vehicles. Reliability requirements and escape systems make them a class of their own.
- Heavy – 17 vehicles for large spacecraft and interplanetary missions.
- Reusable – 19 vehicles where a stage or other major element returns and flies again.
How the design changed
Early rockets were small and single-stage, with no margin in mass or control. Staging came next: spent sections drop away and an ever lighter structure continues upward. Then diameters and engine counts grew, with strap-on boosters. The latest turn is the returning stage: the design gets more complex again, but a launch stops being single-use.
What the archive holds
The collectioner.art timeline holds 203 civilian launch vehicles from 1926 to 2026 across 26 organisations. Every card carries a year, an organisation and a source link. The archive is limited to peaceful launchers: no weapon systems.
Open it: the Rockets collection. Nearby: robots and scientific instruments.
Quick answers
Where does the history begin?
With Robert Goddard's liquid-fuel rocket flight in 1926.
Orbital or heavy?
Orbital delivers to low Earth orbit; heavy is built for large spacecraft and distant missions.
What is a reusable system?
A launcher whose stage returns and flies again; 19 of them here.
How many launchers are in the archive?
203 vehicles from 1926 to 2026 across 26 organisations.