Senators Deliver a Verdict: NASA's Moon Budget Is "Inadequate" — and China Is Watching

Senators Deliver a Verdict: NASA's Moon Budget Is "Inadequate" — and China Is Watching

Last week, a rare bipartisan coalition of U.S. senators sat down to review NASA's FY2027 budget request and arrived at the same conclusion: it isn't close to enough. Senator Ted Cruz, who has spent years grilling NASA on delays, found himself aligned with Democrats on a single point — the funding gap now threatens America's lead in the lunar race against China, which is targeting its own Moon base by decade's end.

The critique lands at an awkward moment. Artemis II's 10-day crewed lunar flyby was a genuine triumph, but the next step — a crewed landing, now pushed to 2028 — requires Starship orbital refueling tests and new Axiom spacesuits, both of which cost money the agency doesn't yet have. NASA's proposed FY2027 increase is roughly $25 billion, but the full Artemis program is projected to run past $100 billion through 2030. The senators' message: that math doesn't work, and the gap gets worse every year the landing slips.

The starkest contrast isn't in the budget tables — it's in the launch numbers. SpaceX flew between 165 and 180 rockets in 2025 alone. NASA managed one major crewed mission. When a private company is iterating faster than a national space program, the question isn't whether America can afford to fund NASA properly. It's whether it can afford not to.

Gobble's Take: When the Senate's toughest NASA critic says the budget is too small, you know the Moon race has gotten real — and underfunding it now means Beijing plants the next flag.

Source: r/space

Canada's POET Mission Will Hunt Earth-Sized Planets Around the Galaxy's Coolest Stars

The Canadian Space Agency is developing a micro-satellite mission called POET — Photometric Observations of Exoplanet Transits — designed to find Earth-sized and super-Earth exoplanets orbiting ultracool dwarf stars. That means K-type, M-type, and brown dwarf stars: smaller and cooler than our Sun. Of the nearly 6,300 confirmed exoplanets in NASA's catalog, only 223 are classified as rocky. POET is targeting the population most likely to expand that count with genuinely interesting candidates.

The mission's focus on ultracool dwarfs is strategic. These stars are estimated to be approximately 10 percent of the Sun's diameter, which means a transiting Earth-sized planet produces a much larger dip in brightness than it would around a Sun-like star. That makes detection significantly more tractable. POET will use a 20-cm telescope — larger than its Canadian predecessors MOST and NEOSSat — and can image in near-ultraviolet, visible near-infrared, and short-wavelength infrared. It's currently slated to launch in 2029.

The team has already built a target catalog of ultracool dwarfs, narrowed from more than 7,200 candidates to just over 3,000 within 326 light-years of Earth. From that pool, 100–300 stars are flagged as top-priority for a year-long mission. Planets found with orbital periods under 7 days around these stars would likely sit in habitable zones — and would immediately become priority targets for biosignature searches with the Webb Space Telescope.

Gobble's Take: POET is small, focused, and launching in 2029 — exactly the kind of mission that quietly hands the bigger telescopes their most important to-do list.

Source: Universe Today

Blue Origin Lays Out Full Lunar Architecture — All of It Riding on New Glenn

Blue Origin unveiled a comprehensive lunar strategy on June 5, detailing an interconnected system built around three core components. The Blue Moon Mark 1 is a robotic cargo lander capable of delivering up to 3 metric tons of supplies to the lunar surface. Its "Pathfinder Mission," partially funded by NASA's CLPS program, is slated for late 2025. The Mark 2 is the human-rated variant — selected by NASA as a second competitive Human Landing System for Artemis V around 2029 — designed to carry up to four astronauts and be reusable.

The third piece is The Transporter, a space tug that launches on New Glenn and can ferry up to 100 metric tons of propellant to lunar orbit, enabling in-space refueling of the Mark 2 lander. All three components launch exclusively on New Glenn from Launch Complex 36 at Cape Canaveral. That rocket is the keystone — and it has not yet flown. Every piece of this architecture depends on New Glenn's maiden launch succeeding before any lunar mission can move forward.

NASA's dual-provider approach pits Blue Origin's system directly against SpaceX's Starship HLS — a deliberate competition to drive down costs and reduce single-provider risk for Artemis.

Gobble's Take: Blue Origin has laid out an impressive blueprint, but every piece of it is hostage to a rocket that hasn't left the ground yet.

Source: SpaceCoastDefense Substack

SpaceX Has Crossed 500 Successful Launches. Starship Is on Its 11th Test.

A Falcon 9 Block 5 booster has now been reused upwards of 20 times — the same platform that pushed SpaceX past 500 successful launches at a greater than 99.8% success rate, the best in industry history. In 2025 alone, SpaceX executed between 165 and 180 orbital launches, deploying Starlink satellites now serving over 8 million subscribers worldwide — making it the fastest-growing internet service in history. Simultaneously, SpaceX completed 11 full-stack Starship test flights, with 6 achieving mission objectives including booster return and upper stage flight.

The manufacturing logic behind those numbers is deliberately unglamorous. Starship's design target is 150 to 250-plus tons to LEO at under $10 million per launch — roughly 10 to 100 times cheaper per kilogram than legacy systems. Falcon 9 dominates global launch volume with over 75% market share, and despite being slated for eventual replacement by Starship, remains a highly profitable platform. SpaceX's vertical integration runs deep: it designs, manufactures, tests, and launches its own rockets, builds its own satellites and terminals, and is now embedding AI capabilities into next-generation Starlink hardware.

Starlink's terminal cost has dropped from $2,500 in 2019 to under $300 today. Gross margins exceeded 60% in Q3 2025. That's not a space company — that's a compounding infrastructure business with a rocket attached.

Gobble's Take: Eight million subscribers, 75% of global launch market share, and still private — SpaceX isn't disrupting the space industry, it simply is the space industry now.

Source: Vantix Research Substack

In Case You Missed It

Yesterday's top stories:

• Moon Landing Pushed Again: Artemis III Won't Touch Lunar Soil Until 2028 at the Earliest
• Microgravity May Be Quietly Dismantling Human Reproduction
• NASA's Widest Eye on the Universe Just Moved Its Launch Up to September