Exhibit 02 · The orbital ladder
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Getting to orbit is now easy. Getting there yourself is as rare as it was in 1980.

One hundred and ninety-three states. One hundred and nine have owned something in orbit. Thirteen have ever put one there on a vehicle of their own, and one company flew more than half of last year’s launches. This exhibit counts the rungs, prices the last one, and then shows why the same seventeen rockets can make a country either the world’s fourth-busiest launch nation or a country that has never launched anything.

01

The ladder narrows harder than anyone expects

Each rung is a different question, and each is independently recorded. Bars are scaled logarithmically, because on a linear scale the last three rungs would be invisible — which is itself the finding.

01.1

Everyone who has ever reached orbit on their own vehicle

EntityFirst orbitBasis note

Four of the thirteen are contested under any strict reading. Count only sovereign states that can launch from their own soil today and the number is ten, not twelve. We show the loose count and name the disputes rather than picking one and hiding the rest — which is the subject of section 03.

02

What the last rung costs, including for those who never cleared it

The honest answer to why aren’t there more is that the final rung costs hundreds of millions and most who attempt it do not clear it. An exhibit showing only the survivors would be survivorship bias with a logo on it. The failures are the exhibit.

CompanyCapital raisedOrbital recordOutcome
Four of these six account for roughly $1.9bn of documented capital against six orbital successes — all six of them Virgin Orbit’s, a company that no longer exists.
03

The same year. The same rockets. Three different national counts.

This is the part that matters commercially, because it is a habit an institution can buy rather than an equation it has to trust. Below is 2025 orbital launch activity under three published bases. Nothing in the world changes between them. Only the definition does.

—United States orbital launches, 2025
—World orbital launches, 2025
—New Zealand orbital launches, 2025

Before you measure anything, establish what the measure counts. Almost no published spaceflight graphic does.
04

What this exhibit refuses to show

Exhibit 01’s credibility came from what it declined to draw. The same discipline applies here. Each of the following could have been put on this page, would have looked authoritative, and is not defensible.

05

Sources

Three figures on this page are flagged in the detail panel as needing primary verification: the 109-country satellite count, currently cited through a secondary aggregator; the space-agency count, whose own source carries an out-of-date tag; and one mass figure whose value is numerically identical to a world total in another report. They are marked rather than quietly dropped.