logo
Opinion - What a commercial crewed moon mission could look like

Opinion - What a commercial crewed moon mission could look like

Yahoo25-05-2025
Sometime in the near future, if all goes well, a billion or more video screens will show the image of a stainless-steel tower on the lunar surface, the Starship Human Landing System. Then, a close-up of the elevator will follow, bearing two space-suited astronauts from the crew compartment to the base of the lander.
The two astronauts will discuss the landscape before them and the condition of the lander, especially the landing legs.
Then will come the big moment. One of the astronauts will put boots on the lunar surface and will say something profound for the billions watching. For the first time since Apollo 17 in December 1972, humans from the planet Earth will walk on the moon. It will be the beginning of an era of lunar exploration.
But, as a recent piece in Ars Technica suggests, it will be the end of an era of Apollo-style voyages of exploration. It will be the last mission of the heavy lift, uber-expensive Space Launch System and (at least in its current form) the Orion spacecraft, flying in lunar orbit as the scene we just presented takes place.
The Artemis IV mission will be the first of what can best be called Lunar Commercial Orbital Transfer Services. Just as travel to and from low Earth orbit has gone commercial, so will voyages to and from the moon.
According to Ars Technica, 'Under the [Lunar Commercial Orbital Transfer Services] model, NASA provides funding and guidance to private companies to develop their own spacecraft, rockets, and services, and then buys those at a 'market' rate.'
The Lunar Commercial Orbital Transfer Services would be far more complex than the original commercial crew.
'Sources indicate NASA would go to industry and seek an 'end-to-end' solution for lunar missions. That is, an integrated plan to launch astronauts from Earth, land them on the Moon, and return them to Earth.'
SpaceX is an obvious contender for a Lunar Commercial Orbital Transfer Services contract. In the scenario we have presented, the Starship Human Landing System will already have been proven.
Jeff Bezos' Blue Origin, with its Blue Moon lunar lander under development and the heavy-lift New Glenn, would be another. Other companies will no doubt step forward.
The advantage of going the commercial route is that it makes lunar exploration, especially the creation of a lunar base, sustainable.
Commercial Orbital Transfer Services and Commercial Crew have reduced the cost of operating the International Space Station and promise to enable the creation of commercial space stations that are planned to replace the ISS. The same applies to the moon.
Lunar Commercial Orbital Transfer Services will likely allow visits of private astronauts to the moon, just as Commercial Crew (like Jared Isaacman's Inspiration4 and Polaris Dawn flights) enabled private visits to low Earth orbit.
The disadvantage of the commercial approach is entirely political. Progressive politicians such as Sen. Bernie Sanders (I-Vt.) have occupied a lot of breath and bandwidth slamming tech billionaires such as Elon Musk and Jeff Bezos for spending money on space exploration.
A few years ago, Sanders declared, 'I am concerned that NASA has become little more than an ATM machine to fuel a space race not between the U.S. and other countries, but between the two wealthiest men in America — Elon Musk and Jeff Bezos.'
The senator went on to decry the very idea of mining asteroids for their vast mineral wealth. He suggested that commercializing space exploration would allow people like Musk and Bezos to hoard that wealth, displaying a misunderstanding of how free-market capitalism works.
If Artemis III takes place in the waning days of the second Trump administration, the first commercial crewed lunar flight will likely take place in the early days of the next presidency.
Considering that the Democrats are talking about running Sanders's protégé, Rep. Alexandria Ocasio-Cortez (D-N.Y.), for president in 2028, Lunar Commercial Orbital Transfer Services may become an issue in that election. Vice President JD Vance, or whoever the Republicans run in that year, had best be ready.
Jared Isaacman, the moment he is sworn in as NASA administrator, should get the ball rolling for Lunar Commercial Orbital Transfer Services. The commercial lunar program is vital for the establishment of a lunar base, an immediate priority for NASA and its commercial and international partners.
The process of commercializing travel to the moon and back could be a lengthy one. Commercial Crew took 10 years between the first proposals in 2011 and the first flight of the Crew Dragon in 2021.
Lunar Commercial Orbital Transfer Services should not take that long, four or five years at most, if everything goes right.
Thus, human civilization will extend across space to the surface of the moon.
Mark R. Whittington, who writes frequently about space policy, has published a political study of space exploration entitled 'Why is It So Hard to Go Back to the Moon?' as well as 'The Moon, Mars and Beyond'and, most recently, 'Why is America Going Back to the Moon?' He blogs at Curmudgeons Corner.
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

AI startup Perplexity is raising more money at a $20 billion valuation
AI startup Perplexity is raising more money at a $20 billion valuation

Business Insider

time4 minutes ago

  • Business Insider

AI startup Perplexity is raising more money at a $20 billion valuation

Perplexity is raising yet another round of funding, Business Insider has learned. The AI search engine is seeking a fresh fundraise at a $20 billion post-money valuation, according to an email sent to prospective investors seen by BI, and a source with knowledge of the raise. It's been a busy year for Perplexity, which has become one of AI's hottest startups with funding from investors including SoftBank, Nvidia, and Jeff Bezos. Perplexity just made a $34.5 billion bid for Google's Chrome browser earlier this week, and it's been contending with analysts urging Apple to buy the booming startup for months. The new valuation represents a $2 billion jump from Perplexity's most recent valuation of $18 billion in its latest fundraising round in July, as first reported by Bloomberg last month. That's up from a $520 million valuation in January 2024. All the while, Perplexity's business has been surging. The startup, which launched in 2022 to combine large-language models with web searches to provide real-time answers to user questions, boosted its annual recurring revenue above $150 million by the middle of 2025. That's more than quadruple its roughly $35 million in ARR a year ago, according to the email seen by BI. Perplexity head of communication Jesse Dwyer said Perplexity is currently doing more than $150 million in ARR. He didn't answer further questions for this story. Perplexity is facing fierce competition from Big Tech giants like Google — the startup announced its own AI-native browser Comet last month — alongside AI leaders like OpenAI, which is reportedly working on its own web browser. It's not clear who's set to lead the latest funding round. Perplexity has raised about $1.5 billion to date, according to PitchBook. The $20 billion valuation Perplexity is seeking, while a meaningful lift for the company, still doesn't come close to the $34.5 billion Perplexity offered this week to buy Chrome from Google. Google hasn't signaled any intent to sell the browser, despite facing pressure from the Department of Justice to divest Chrome over antitrust concerns. Perplexity told The Wall Street Journal it has received commitments from several investors, including large venture capital funds, to fund the transaction, though it didn't disclose the names of those investors. Many have dismissed the bid as little more than a marketing stunt. "It makes them seem like a big player and helps them with fundraising, talent, and user attention by staying in the news cycle," one VC, who is not an investor in Perplexity, said. Perplexity has also sidestepped rumors that it could make a deal with Apple as the iPhone maker falls behind in the AI race. Dan Ives, managing director and equity research analyst at Wedbush Securities, said acquiring Perplexity should be a "no-brainer deal" for the tech behemoth. "For Apple, time is ticking," he told BI. Dwyer said at the time that the team was "unaware of any M&A discussions that involve Perplexity."

The brightest explosion ever seen is still baffling astronomers
The brightest explosion ever seen is still baffling astronomers

Yahoo

time19 minutes ago

  • Yahoo

The brightest explosion ever seen is still baffling astronomers

On October 9, 2022, astronomers detected a big bang. But while not as big as the 'big bang' itself, experts quickly determined the gamma-ray burst (GRB) designated GRB 221009A was unquestionably the most powerful explosion ever observed by humans. The event was so impressive that it even earned a nickname—the Brightest of All Time, or BOAT. But even three years later, the BOAT continues revealing new information about these rarely seen, poorly understood, and mind-bogglingly massive energy eruptions. The latest findings are described by an international team of researchers in a study published this month in The Astrophysical Journal Letters What are gamma ray bursts? Even when not the BOAT, gamma-ray bursts are gigantic. In a matter of seconds, the average GRB can release as much energy as the sun has generated during its entire 10-billion-year lifespan. But this doesn't make it easy to follow all that energy back to its source. GRB gamma-ray signals weaken as they travel across the expanse of space, and seem to occur well outside the 100,000-light-year-wide Milky Way galaxy. For example, the BOAT was about 2.4 million light-years from Earth. Astronomers believe there are two main types of GRBs, neither of which are long-lived. A short-period GRB's initial phase lasts anywhere from a couple seconds down to only a few milliseconds, and is believed to form from the merger of neutron stars. Meanwhile, long-period GRBs (like the BOAT) last a few minutes, and appear to come from the universe's largest supernovae—the ones that give birth black holes. Either way, their afterglows can linger for hours or even months, providing researchers with time to collect as much data as possible. Although GRBs start with dazzling flashes of gamma radiation, their afterglows span multiple energy wavelengths. This afterglow was key to analyzing the BOAT and its aftermath. A GRB anomaly After NASA's Fermi Gamma-ray Space Telescope and Swift Observatory spotted the BOAT, , an international team of astronomers at the Roque de los Muchachos Observatory in La Palma, Spain, quickly worked to train their Large-Sized Telescope prototype (LST-1) in its direction. Although the LST-1 was technically still in its commissioning phase and a full moon made observations tricky, researchers tracked the BOAT's activity for 20 days. This extended monitoring session allowed them to determine the upper limits of its powerful gamma-rays while also identifying potential formation properties. However, what astronomers saw contradicted one of the prevailing models of GRB energy emissions. No matter its root cause, a GRB always spews an extremely fast jet of ionized plasma or gas—but the shape of these jets has remained unclear. One previous theory calculated that a GRB's plasma beams emit in a T-shaped structure—a central cone of high-speed matter flanked by a wider spread of slower-moving material. Instead, the BOAT appeared to be fueled by a single jet containing a high-speed central jet wrapped in slower matter. There is still a lot left to learn about GRBs, including the exact mechanics of their formation. They can't all be as dramatic as the BOAT—astronomers estimate similarly sized GRBs only happen once every 10,000 years—but each detected event is an opportunity to better comprehend some of the universe's most intense moments. Solve the daily Crossword

Perseid meteor shower reaches its peak: See photos of the dazzling show
Perseid meteor shower reaches its peak: See photos of the dazzling show

Indianapolis Star

time35 minutes ago

  • Indianapolis Star

Perseid meteor shower reaches its peak: See photos of the dazzling show

The Perseid meteor shower reached its peak, and stunning photos captured moments of the meteor shower around the world. "The Perseids, which peak in mid-August, are considered the best meteor shower of the year," according to NASA. "With swift and bright meteors, Perseids frequently leave long 'wakes' of light and color behind them as they streak through Earth's atmosphere." Summer's popular meteor shower began on July 17, and will continue until the end of August. But, the night of Tuesday, Aug. 12 is when the shower peaked, meaning it was when the most meteorites, or shooting stars, could be seen streaking across the sky. Usually, during its peak, there will be up to 50 to 75 meteors per hour under ideal conditions, according to the American Meteor Society. The meteor shower is also known to produce very bright meteors, often referred to as fireballs. However, in 2025, the showers' peak would not meet these ideal conditions because the moon will be too bright, Robert Lunsford, the American Meteor Society's newsletter editor and fireball report coordinator, previously told USA TODAY. Fortunately, the less-than-perfect conditions didn't stop people from going to capture photos of the Perseids and the gorgeous night sky. People feeling a bit of FOMO can still catch a glimpse of the meteor shower over the weekend. While they may not see as many shooting stars, people can still catch the dazzling show until the meteor shower ends on Aug. 23.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store