Space, in brief

On 25 August a Falcon 9 lifted 29 Starlink satellites from Cape Canaveral before dawn, throwing a jellyfish plume over New York City. [1]

It was the last Falcon 9 Starlink mission that will ever fly from Florida. [1][2]

The same flight was the rocket's 100th of 2026 and the 37th launch of that particular booster - a new reuse record. [1][3]

In seven years Falcon has flown roughly 260 Starlink missions from the Cape. That job is now over. [1]

From here, Starlink out of Florida flies on Starship - a vehicle that has never yet carried an operational Starlink batch. [1]

The Cape workforce has already been moved onto Starship preparations, which is why the change is happening now rather than when Starship is ready. [2]

Falcon is not being retired. Vandenberg in California keeps launching Starlink, and has already flown 44 of this year's 76 Starlink missions. [2][7]

The wider record is not a rocket in trouble: that booster landing was the 653rd Falcon booster landing, and the 220th on that one droneship. [3]

The day before, SpaceX announced Starbase Louisiana - 125,000 acres in Vermilion Parish, ten Starship pads, and a stated $100bn of investment. [4][5]

Construction begins in 2027 and the first launches are no earlier than 2029, so the replacement is four years out from the site meant to carry it. [4]

For scale: in its May prospectus SpaceX said it had spent more than $15bn on the entire Starship programme to date. The new site is quoted at nearly seven times that. [4]

The announcement gave no detail on how the $100bn would be spent, or over what period. [4]

SpaceX has also been buying its way up the stack - it acquired xAI in February in an all-stock deal valuing the combined business at $1.25tn. [8]

The record flight was watched as an event in itself: a rocket-reuse record announced in advance and covered live. [6]

Why it matters. The thing to watch is not Starship's next test but the first operational Starlink batch it carries from Florida: until that flies, the Cape has given up a working capability and not yet replaced it.

Chang'e-7 - an orbiter, lander, rover and hopping probe, aiming to be the first mission to land directly at the lunar south pole and hunt water ice - was delayed from Sunday's window, most likely by Typhoon Narra sitting off Hainan. Chinese sources gave no explanation, and chatter suggests the next suitable window may not open until February or March. [9][10][11]

Why it matters. Polar landing windows depend on sunlight at the pole, not on when a rocket is ready. Missing one is not a delay of days. [12][13][14]

Ottawa signed a $2.3bn, 15-year contract with Telesat for secure military communications over the Arctic using its future Lightspeed constellation, alongside funding for a first military spaceport and start-up money for three domestic rocket and satellite firms. Full operational readiness is envisaged well beyond 2035. [15]

Why it matters. Every asset in that sentence is unproven. Sovereignty is being bought as a bet rather than a purchase.

Muon Space raised $250m to expand into larger, more power-hungry satellite platforms, at a valuation reported around $1.5bn. [16][17]

Why it matters. The money is moving from launch toward what gets launched, which is what a maturing launch market looks like from the outside.

A panel warned that small-satellite constellations face growing threats, with a dedicated watch centre in Colorado Springs tracking them. [18] A separate demonstration satellite was booked this week onto Japan's small Kairos rocket. [29]

Why it matters. Constellations were cheap because each satellite was expendable. That logic is different when something is removing them on purpose.

NASA's Nancy Grace Roman Space Telescope - which will survey the sky far wider than Hubble or JWST can - traces its optics to hardware originally built to look the other way, at the ground. [19][20]

Why it matters. The most expensive part of a space telescope is a mirror somebody has already paid for.

Japan unveiled its Martian Moons eXploration spacecraft ahead of a 19 October launch, aiming to bring back a sample from Phobos. [21]

Why it matters. A sample return from a Martian moon is the cheapest way to hold a piece of the Mars system in a laboratory.

Rocket Lab launched its ninth satellite for the Japanese Earth-observation company iQPS on an Electron from New Zealand. [22][23]

Why it matters. While the giants argue about 100-metre rockets, the routine work of putting a specific satellite in a specific orbit went on nine times for one customer.

The FAA opened a request for information on spaceport development and airspace access, days after the president signed a policy targeting 1,000 US launches and re-entries a year by 2030. [24][31] Separately, SpaceWERX picked 11 firms to scale military space technologies, NASA teamed with Advanced Space on a CAPSTONE follow-on, and a startup took a reusable-satellite pitch to the Pentagon. [25][26][30]

Why it matters. A launch rate is a question about airspace and land, not about rockets - which is why the request for information matters more than the target.

NASA's Mars rover marked a cumulative elevation gain of one kilometre on 26 August, in the fourteenth year of a mission designed for two. [27] And a chance look at an old Hubble image produced a finding that may bear on dark matter. [28]

Why it matters. One kilometre of climbing, at the pace of a machine that has outlived its design life seven times over.