🔬 Science and technology · Intermediate · Policy resolution

Resolved: The United States federal government should substantially increase funding for space exploration.

NASA's budget is about a third of one percent of federal spending, far below its Apollo-era peak. Should the country spend more on exploring space?

Background

NASA’s budget was about $24.9 billion in fiscal years 2024 and 2025 and about $24.4 billion in 2026, roughly 0.33 to 0.36% of all federal spending. At the height of the Apollo program in 1966, NASA’s share peaked at about 4.4%. In 2025 the White House proposed cutting NASA’s budget by about 24%; Congress rejected nearly all of the cuts in the final 2026 budget. [1]

NASA’s work includes human spaceflight (the Artemis program to return astronauts to the Moon), robotic science missions, Earth-observing satellites and aeronautics research. Private companies now launch many cargo and crew missions under NASA contracts, which changes what public money buys. Supporters point to scientific discoveries, technology spinoffs, jobs and national leadership; critics point to cost overruns and to needs on Earth. [1][2]

Where the facts themselves are disputed

How large are the economic returns from space spending?

  • Supporters cite studies of jobs, spinoff technologies and commercial space industries that grew from NASA programs.
  • Skeptics say returns are hard to measure and that the same money spent on research or programs on Earth might return as much or more.

Key terms

Artemis
NASA’s program to return astronauts to the Moon and prepare for Mars.
Spinoff
A technology developed for space that finds uses on Earth.
Opportunity cost
What else the same money could have bought.
Discretionary spending
The part of the federal budget Congress sets each year, as opposed to programs like Social Security that run automatically.

Both sides at their strongest

Each argument is written the way its best advocates would make it, followed by the strongest answer from the other side. Use them to build your case and to prepare for the other one.

Affirmative

Space exploration returns science, technology and leadership far beyond its small share of the budget.

  1. A1 Space science answers big questions and helps life on Earth.

    Why Satellites and probes study climate, weather, asteroids and the origins of the solar system; much of that knowledge can be gained no other way.

    Evidence NASA Earth science missions and weather data; planetary defense tests; the Planetary Society’s analyses of NASA science.

    Best answer The negative answers that Earth-observing satellites and science can be funded without increasing human exploration, and the resolution asks for more overall.

  2. A2 Space programs drive technology and industry.

    Why Hard engineering problems push advances in materials, computing and medicine, and NASA contracts helped create a commercial launch industry.

    Evidence NASA Spinoff publications; the growth of commercial launch companies under NASA contracts.

    Best answer The negative replies that many spinoffs would likely have been invented anyway, and direct research funding is a more efficient way to get technology.

  3. A3 Funding is small, so a meaningful increase is affordable.

    Why At about a third of one percent of federal spending, even a large percentage increase is a small part of the budget.

    Evidence NASA budget history (Wikipedia, Planetary Society); federal spending totals.

    Best answer The negative argues that every program says it is small, and with large deficits, new spending must clear a high bar.

  4. A4 Leadership in space matters for security and inspiration.

    Why Other nations are expanding space programs; leading in space affects satellites, alliances and the rules for using the Moon, and it inspires students to study science.

    Evidence Reports on international lunar programs; surveys of students and STEM interest; Defense Department reliance on space systems.

    Best answer The negative replies that military and commercial space are funded separately, and inspiration is hard to measure.

Negative

Space is valuable, but a substantial increase isn’t the best use of limited public money right now.

  1. N1 Urgent needs on Earth come first.

    Why Money spent on rockets isn’t spent on medical research, infrastructure or reducing the deficit, which may help more people sooner.

    Evidence Federal budget data and deficit projections from the Congressional Budget Office; comparisons of returns on other research spending.

    Best answer The affirmative answers that this is a false choice; NASA is a tiny share of spending, and cutting it would barely change other budgets.

  2. N2 Big NASA programs often run over budget.

    Why When programs repeatedly cost more and take longer than planned, more money may simply fund delays.

    Evidence Government Accountability Office reports on NASA major projects and the Space Launch System; NASA Inspector General audits.

    Best answer The affirmative replies that fixed-price commercial contracts are lowering costs, and more stable funding reduces delays.

  3. N3 Private companies can do more of the work.

    Why Commercial firms now launch cargo and crews and invest their own money, so public spending can focus on science while private money builds transportation.

    Evidence NASA’s commercial crew and cargo programs; private investment in launch companies.

    Best answer The affirmative argues companies depend on NASA contracts, so cutting public money would shrink the commercial industry too.

  4. N4 Robotic missions give more science per dollar.

    Why Probes and telescopes can explore far more cheaply than human missions, which need life support and safety systems.

    Evidence Cost comparisons of robotic and crewed missions; Planetary Society analyses of science budgets.

    Best answer The affirmative replies that the resolution covers both, and human exploration achieves things robots can’t, such as flexible fieldwork.

Strawman or steelman?

A strawman is a weak copy of the other side’s view, easy to knock down and unfair to the people who hold it. A steelman is that view at its strongest. Answer the steelman, and you’ve answered the real argument. (More on steelmanning.)

Affirmative

Strawman “They want to spend billions on rockets while people go hungry.”

Why it’s unfair Supporters argue space science helps people on Earth and costs a small share of the budget.

Steelman At a third of one percent of federal spending, space exploration returns science, technology, industry and leadership that justify a larger investment.

Negative

Strawman “They think space exploration is a waste of time.”

Why it’s unfair Many on the negative support space science; they question a substantial increase now.

Steelman With large deficits, cost overruns and growing private investment, a big increase in public space spending isn’t the best use of limited funds.

Weak arguments to avoid

Affirmative

  • “We need to colonize Mars because Earth is doomed.” Speculative and easy to answer; focus on near-term benefits.

Negative

  • “NASA’s budget could end world hunger.” The numbers don’t support it, and it’s a false dilemma.

Questions for cross-examination

Ask the Affirmative

  1. What share of federal spending is NASA now, and what increase do you propose?
  2. What do GAO audits say about NASA cost overruns?
  3. Could private companies do some of this work?

Ask the Negative

  1. How much would cutting NASA’s budget add to other programs?
  2. Do weather forecasts rely on satellites?
  3. Would you increase funding for NASA science while cutting human spaceflight?

Reading on both sides

Read at least one source from each side before you debate. Look up each source’s author and publisher too: who wrote it is part of the evidence.

Background and overviews

Mostly Affirmative

Mostly Negative

Practice this topic

Sources for the background

  1. Budget of NASA, Wikipedia. Accessed 2026-10-25.
  2. NASA budget, The Planetary Society. Accessed 2026-10-25.

Teddy Rook Book doesn’t take a side on this resolution. Updated 2026-10-25.

@teddyrookbook GitHub