NASA’s next giant leap isn’t to Mars yet. It’s back to the Moon in 2026, with astronauts, a new lander, and a clear goal: prepare for the red planet. The Artemis program isn’t just nostalgia for Apollo. It’s a test run. Every system—spacesuits, rovers, life support—will see real use before crews aim for Mars in the 2030s or 2040s. The first crewed Moon landing since 1972 is now scheduled for September 2026. That’s barely two years away. The pressure is on, both from science and geopolitics.

The race to the Moon isn’t just about flags and footprints anymore. China’s Chang’e program has already landed multiple robots on the far side, found water ice in lunar soil, and plans crewed landings by 2030. The U.S. can’t afford to fall behind. That’s why NASA is spending $93 billion on Artemis through 2025. The money covers new rockets, landers, and the Lunar Gateway space station orbiting the Moon. It’s the most expensive U.S. space project since the shuttle era.

Why the Moon matters for Mars

Every astronaut headed to Mars will spend months in deep space. The Moon is the perfect rehearsal stage. NASA wants to learn how to live off the land, drilling for water ice to make oxygen and fuel, and building habitats that can withstand two-week lunar nights. The Moon’s south pole has permanently shadowed craters packed with ice. That ice isn’t just for drinking. Split it into hydrogen and oxygen, and you’ve got rocket fuel. It’s cheaper to ship fuel from the Moon to Mars orbit than from Earth.

The lunar surface also tests gear in real conditions. Dust clogs machinery. Temperatures swing from 127°C days to -173°C nights. Radiation spikes when the Sun flares up. If hardware fails on the Moon, engineers have time to fix it before a Mars mission. The Moon is the only place where NASA can practice these risks without risking a crew’s life millions of miles from home.

China’s lunar sprint and U.S. response

China’s lunar program moves fast. In 2020, its Chang’e-5 mission brought Moon rocks back to Earth. In 2024, Chang’e-6 landed on the far side, scooped up soil, and blasted off again. Now, it’s building a lunar research station with Russia. The U.S. sees this as a challenge. NASA’s Artemis Accords already have 40 countries signed on to share Moon resources peacefully. But China and Russia aren’t part of the deal. While NASA aims for cooperation, the competition is clear.

The U.S. response includes private companies. SpaceX’s Starship is set to land NASA astronauts on the Moon. Blue Origin’s Blue Moon lander is another option. These aren’t just rockets. They’re part of a supply chain that could refuel ships in lunar orbit. The goal isn’t just to plant a flag. It’s to build a sustainable presence. That means reusable landers, cargo runs, and eventually a lunar economy based on mining and tourism.

What happens next on the Moon

Before astronauts land in 2026, NASA will send robotic missions to scout the south pole. The VIPER rover, launching in late 2024, will map water ice. It’ll drill two meters deep in search of frozen deposits. Other robots will test oxygen-making tech and build power sources. These missions will feed data into Artemis III, the crewed landing planned for 2026.

If NASA sticks to the schedule, the Moon will become a busy place. Lunar Gateway will start taking shape in 2025. Astronauts will rotate in and out, running experiments and testing hardware. The Moon isn’t just a stepping stone. It’s a proving ground. The lessons learned here will decide whether Mars missions in the 2030s or 2040s even happen. The clock is ticking, and the Moon is the first stop.

What You Need to Know

  • Source: BBC News
  • Published: March 29, 2026 at 23:50 UTC
  • Category: Environment
  • Topics: #bbc · #environment · #climate · #science · #space · #nasa

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Curated by GlobalBR News · March 29, 2026

🇧🇷 Resumo em Português

A corrida espacial do século XXI ganha novo fôlego com a missão da NASA prevista para 2026, que não só mira a Lua como um trampolim para Marte, mas também acirra a disputa geopolítica pelo domínio do espaço. Enquanto o programa Artemis promete devolver humanos à superfície lunar, a estratégia americana esconde um objetivo ainda mais ambicioso: preparar tecnologia que permita viagens tripuladas ao Planeta Vermelho na década de 2030, desafiando não apenas limites científicos, mas também a crescente influência da China no setor.

Para o Brasil, tradicional parceiro da NASA em missões espaciais desde os anos 1960, o projeto Artemis representa uma oportunidade de ouro para estreitar laços tecnológicos e científicos, especialmente em um momento em que o país tenta reerguer sua própria agenda espacial com o Programa Espacial Brasileiro. Além disso, a exploração lunar pode impulsionar pesquisas nacionais em áreas como mineração de recursos não terrestres e desenvolvimento de sistemas de suporte à vida, essenciais para futuras missões a Marte. A relevância da notícia para os falantes de língua portuguesa vai além da ciência: trata-se de um lembrete de que, em um mundo cada vez mais dependente de tecnologia espacial, o Brasil não pode ficar para trás.

A próxima década será decisiva, e as decisões tomadas hoje — do financiamento à formação de novos cientistas — definirão se o país estará entre os protagonistas ou entre os coadjuvantes dessa nova era de exploração cósmica.