Reading practice · C1

Commercial Spaceflight: The Business of Leaving Earth

Spaceflight · 657 words · 17 questions · about 20 minutes.

All passages

Reading passage

A

For the first half-century of the space age, reaching orbit was a state enterprise. Governments designed the rockets, owned the launch pads, and employed the astronauts, while private firms participated only as contractors building hardware to official specifications. The arrangement produced triumphs, most famously the Apollo Moon landings, but it was ruinously expensive and offered few incentives to cut costs, since contractors were typically reimbursed for whatever they spent plus a guaranteed profit margin.

B

The intellectual foundation for a different model was laid in the United States in the 2000s, when NASA began purchasing services rather than vehicles. Under fixed-price agreements, the agency specified the cargo it needed delivered to the International Space Station and left companies to decide how to deliver it. Failure would mean no payment, so firms suddenly had a powerful reason to simplify designs, reuse components, and iterate quickly, habits imported from the technology industry rather than from traditional aerospace.

C

The decisive breakthrough was reusability. In December 2015, a Falcon 9 rocket built by SpaceX delivered its payload and then flew its first stage back to a landing pad near the launch site, an achievement once dismissed as fantasy. A booster that flies twenty times spreads its construction cost across twenty missions, and the economics are unambiguous: the price of launching a kilogram to orbit, which had stagnated for decades, fell sharply in the following years, undercutting rivals and expanding the market.

D

Human spaceflight followed. In May 2020, a commercially owned spacecraft carried astronauts to the space station for the first time, ending nearly a decade in which the United States had relied on Russian Soyuz seats costing tens of millions of dollars each. The mission restored an independent national capability, but its deeper significance lay in the precedent: a government had become a customer of a private transport service rather than the owner of the fleet.

E

A second frontier opened in the summer of 2021, when Virgin Galactic and Blue Origin each flew their founders on brief suborbital hops, offering passengers several minutes of weightlessness and a view of Earth's curvature before descending. Ticket prices ran to hundreds of thousands of dollars, and critics dismissed the flights as joyrides for the wealthy with little scientific value. Defenders countered that aviation, too, began as a spectacle for the rich before becoming mundane, and that each flight generated data and operational experience.

F

The more consequential bets concern what comes next. Several companies are developing private space stations to succeed the ageing International Space Station, anticipating customers in pharmaceutical research, materials manufacturing, and tourism, with NASA positioning itself as an anchor tenant rather than the landlord. Meanwhile, lunar missions are being purchased on fixed-price contracts, and one company is developing a fully reusable vehicle intended, in its founder's phrase, to make humanity multiplanetary. Whether all these markets will materialise remains an open question, but the investment behind them is substantial and growing.

G

Sceptics urge caution. The market for many proposed services, from orbital manufacturing to point-to-point rocket travel between cities, remains unproven, and some celebrated ventures have already collapsed. Safety oversight struggles to keep pace with an industry launching more rockets each year than the world once launched in a decade, and the environmental costs of soot and alumina deposited in the upper atmosphere are only beginning to be quantified. A single catastrophic accident involving passengers could reshape public tolerance overnight.

H

Nor is the new economy truly independent of the old: government contracts still supply most of the revenue of even the most celebrated private firms, and military demand quietly underwrites much of the launch industry. The transformation is nonetheless real. Launch is no longer a rare, bespoke event but a scheduled service; failure is tolerated as the price of iteration; and capital markets, not committees, increasingly decide which visions get funded. Whether the grandest promises are kept matters less, perhaps, than the structural fact that space has become a place where business is done.

Questions

Question 1What characterised the traditional relationship between governments and aerospace contractors?

Question 2Under fixed-price agreements, what did NASA leave to the companies?

Question 3Why did reusability reduce launch prices so effectively?

Question 4What was most significant about the astronaut mission of May 2020?

Question 5How do defenders of suborbital tourism justify the flights?

Question 6Under NASA's fixed-price agreements, companies would still be paid if they failed to deliver.

Question 7A Falcon 9 first stage returned to a landing pad in December 2015.

Question 8Suborbital tourist flights keep passengers in weightlessness for several hours.

Question 9Most passengers on suborbital tourist flights have been professional scientists.

Question 10Traditional contractors were paid whatever they spent plus a guaranteed ______ margin.

Write NO MORE THAN THREE WORDS from the passage.

Question 11Before 2020, the United States relied on Russian ______ seats to reach the station.

Write NO MORE THAN THREE WORDS from the passage.

Question 12Planned private stations anticipate customers in pharmaceutical research, materials manufacturing, and ______.

Write NO MORE THAN THREE WORDS from the passage.

Question 13Decisions about which visions receive funding are increasingly made by ______ markets rather than committees.

Write NO MORE THAN THREE WORDS from the passage.

Question 14a reference to the most celebrated achievement of government-run space exploration

Which paragraph contains this information?

Question 15an explanation of the deeper significance of the first commercially owned crewed mission

Which paragraph contains this information?

Question 16a comparison between suborbital space tourism and the early history of aviation

Which paragraph contains this information?

Question 17a mention of atmospheric pollution from rockets that is only beginning to be measured

Which paragraph contains this information?