SpaceX’s Starship to Deploy First Operational Satellites in Key Post-IPO Test
The 13th flight of the world’s largest rocket will carry 20 next-generation Starlink satellites, marking a critical milestone for investor confidence and NASA’s lunar ambitions.
SpaceX is set to launch its Starship rocket on a suborbital test flight from Texas on Thursday, carrying 20 operational Starlink V3 satellites for the first time. The mission, the 13th in the programme, is the vehicle’s first since the company’s June initial public offering, which raised $86 billion. The deployment of the 2-tonne satellites—more than twice the mass of earlier versions and too large for the Falcon 9 workhorse—will test the rocket’s ability to serve as the backbone of a rapid expansion of the Starlink constellation, a core element of the company’s revenue projections.
The flight plan mirrors previous tests, with the Super Heavy booster set to splash down in the Gulf of Mexico and the upper stage to descend into the Indian Ocean after releasing its payload. The satellites will briefly connect to the existing Starlink network via laser links before re-entering the atmosphere and disintegrating, a proof-of-concept exercise lasting roughly 20 minutes. SpaceX has modified engine ignition sequences and software following a May mishap in which the booster lost control after only one of 33 engines relit during the descent, and the upper stage lost an engine shortly after separation. The Federal Aviation Administration cleared the launch after an investigation.
Viewed from Wall Street, the test carries heightened significance. SpaceX’s stock has retreated to near its $135 IPO price after an initial surge, and analysts at Raymond James and Stifel describe a successful flight as a necessary step to validate the company’s investment thesis. Brian Gesuale of Raymond James noted that maintaining all engines and gathering reliable heat-shield data would represent a significant advance. A clean mission could also open the door to a first orbital attempt on the next flight, according to Stifel’s Jonathan Siegmann. Beyond the financial calculus, NASA holds $4 billion in contracts for a lunar-landing variant of Starship, with a crewed Artemis mission to the Moon’s surface targeted for 2028.
The launch window opens at 5:45 pm local time (11:45 pm BST) from the Starbase facility in southern Texas. The outcome will determine whether SpaceX can accelerate its campaign to launch up to 10,000 Starlink satellites annually and move closer to demonstrating full reusability of the 124-metre rocket. The next factual milestone is the post-flight assessment of the booster’s controlled descent and the upper stage’s heat-shield performance, which will shape the profile of flight 14.
| Latin American press | +0.20 | neutral |
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| Atlantic / Anglosphere press | +0.60 | aligned |
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The world's largest rocket is taking another step toward the Moon, now with real satellites on board, bringing humanity closer to lunar return.
By emphasizing the rocket's size and its role in NASA's lunar plans, the narrative normalizes the test as a natural progression in space exploration, downplaying any risks.
The financial stakes for investors and the 'world first' narrative are omitted, which would add a more urgent or celebratory tone.
SpaceX is about to achieve a world first, launching the next-generation Starlink satellites on the most powerful rocket ever built, a critical step toward Mars.
By framing the launch as a 'world first' and linking it to Mars colonization, the narrative projects future success and downplays the experimental nature of the test.
The previous test's problems and the need for corrections are omitted, which would introduce caution and reduce the celebratory tone.
This test is decisive for investors and space programs, as it must prove that previous problems have been fixed, and its success is essential for satellite internet and lunar missions.
By highlighting previous problems and the need for corrections, the narrative creates a hierarchy of risks and stakes, making the test appear as a high-stakes evaluation rather than a routine step.
The 'world first' achievement and the specific payload details (20 satellites) are omitted, which would add a positive, milestone-oriented perspective.
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