By Dan Robitzski
One thousand missions to space (and reentries) launched from American soil by the year 2030. That’s the goal set out in new updates to the National Space Transportation Policy, which got updated for the first time in 13 years last week.
“The United States must establish and maintain space transportation capabilities that ensure access to the full range of orbital regimes relevant to United States interests, from suborbital and very-low Earth orbit altitudes to the lunar surface, Lagrange points and deep space,” the policy states.
It is, to say the least, an ambitious goal. Especially given reports that access to space is harder to come by.
In 2025, there were 181 American launches (165 of which used the Falcon 9), and there were 144 in 2024, according to the American Enterprise Institute’s Space Data Navigator.
Unsure what to make of a five to six-fold increase in launches over the next three years, I asked AEI senior fellow Todd Harrison for his thoughts.
“I think it is at the upper limit but not totally unreasonable,” Harrison told me in a conversation over email. “If you look at the rate of growth in U.S. launches from 2020 through 2025, the compound annual growth rate was a little over 37%. If you extrapolate that exponential growth rate through 2030, it puts you at around 900 launches per year.”
However, he thought that the number may be “far-fetched,” given that newer and upcoming launch vehicles have higher payload capacity than their predecessors, suggesting that there may be fewer launches of more heavily-laden spacecraft in the next few years.
There were other reasons that the prediction may not hold.
“We are roughly 2/3 of the way through the year and have 114 launches. If you extrapolate that through the end of the year, that will mean a total of about 170, which is less than last year’s 181 and far from the trend line projection of 248 (a 37% increase over last year),” Harrison said.
“I think the reason we are seeing a plateau is that the Falcon 9 is likely at or near its maximum launch rate,” he added. "They are literally launching one almost every other day. That could be due to a variety of constraints on the pads, recovery boats, upper stage production, booster refurbishment, etc.”
To that point, the National Space Transportation Policy focuses on launch infrastructure more than it does launch vehicles, with the goal of improving launch and reentry sites and increasing access to them.
Ultimately, the number may not prove realistic. But that’s not the end of the world, Harrison said, since the stakes of a general policy document making an incorrect projection are fairly inconsequential.
“If it is used for budgeting, setting staffing levels, or building facilities, I would want something that accounts for projected satellite launches, new launch vehicles coming online and other factors to make it more bounded and realistic,” he said.
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