Starbase, Texas — SpaceX Preps Starship for First Full Reuse Bid

SpaceX plans to launch its Starship rocket on Friday from Starbase, Texas, in a test that aims to recover and eventually reuse every major component of an orbital launch system for the first time, according to Ars Technica's Rocket Report, Edition 9.19, published Nov. 13.

No orbital rocket has ever been fully recovered with the intent of reusing all of its parts, the report said. If the Friday launch goes as planned, SpaceX will follow it with an upper-stage landing attempt roughly 22.5 hours later on Saturday afternoon, local time, according to the report. Ars Technica said its staff will be on site in Starbase to cover both events.

The report described the mission's basic physics in plain terms: "You can simplify it as a big tank feeding engines."

What exactly is SpaceX trying to prove this weekend?

Starship has flown and landed its booster and upper stage separately in past tests. What has not happened, according to the report, is a single mission where every major piece — booster and ship — is recovered with reuse as the goal. The back-to-back timing, a launch Friday followed by a landing attempt the next afternoon, is itself part of the test, since it compresses the turnaround window SpaceX would need for routine reuse.

The report did not list a specific launch time for Friday or give a numeric success-probability estimate, and no post-flight results were available as of publication Nov. 13.

How is Rocket Lab marking 100 Electron launches?

While SpaceX chases a reuse milestone, Rocket Lab is marking a different kind of anniversary. The company's next Electron launch is scheduled for Nov. 14 at 5:30 UTC from the Mahia Peninsula in New Zealand, according to a NASASpaceflight.com report cited in Ars Technica's roundup. That flight will be Electron's 100th overall mission since the rocket first flew in 2017.

The mission, named "The Mountain God Rises," carries a gold-and-black livery for the occasion and will deliver another satellite for iQPS's synthetic aperture radar constellation into low Earth orbit, the report said. Ars Technica's writers called Rocket Lab "the world's second purely commercial launch business to make a successful go at it," a distinction tied to the company's track record of flying paying customers at scale on a small-lift vehicle.

Why is Europe's Vega C rocket facing a funding question?

Not every item in the report is a celebration. Italian rocket builder Avio told investors last month it needs additional money to raise Vega C's annual launch cadence from its current pace toward six and eventually nine flights a year, according to a European Spaceflight report cited by Ars Technica.

The report framed the tension plainly: a single Ariane 64 launch uses the equivalent of an entire year's worth of solid rocket boosters built for Vega C at its baseline cadence of four flights annually. That overlap in booster production raises the question of whether scarce manufacturing capacity should go toward squeezing a few more Vega C flights per year, or toward Ariane 6, especially as new European launch startups prepare to offer comparable small-lift capacity, the report said.

Is Firefly Aerospace picking up new launch business?

Separately, Firefly Aerospace announced a multi-launch agreement with Synspective, a Japanese synthetic aperture radar data provider, the report said. The deal covers Alpha rocket missions for Synspective's satellite constellation, adding Firefly to the list of companies competing for the same kind of small-satellite radar launch contracts that have kept Rocket Lab's Electron manifest full.

What changes for people watching this weekend?

For space-industry watchers and anyone tracking livestreams, the next few days bring two closely timed, high-stakes launches on opposite sides of the Pacific.

What to watch:

• Friday: SpaceX targets a Starship launch from Starbase, Texas, aimed at full-vehicle recovery.
• Roughly 22.5 hours later, Saturday afternoon local time: SpaceX attempts an upper-stage landing, according to the report.
• Nov. 14, 5:30 UTC: Rocket Lab launches Electron's 100th mission, "The Mountain God Rises," from Mahia Peninsula, New Zealand, carrying an iQPS radar satellite.

By the numbers:

• 100: Electron missions as of the Nov. 14 launch, if successful, since the rocket's 2017 debut.
• 22.5 hours: the gap between SpaceX's planned Starship launch and its upper-stage landing attempt.

Ars Technica said it would provide on-the-ground coverage from Starbase through the weekend. Full results from both the Starship test and Electron's 100th flight were not yet available at the time of the report's publication.