SpaceX shares rose about 0.3% in overnight trading on Monday as investors focused on the company’s upcoming Starship Flight 14 mission and its potential impact on the expansion of the Starlink satellite internet network.
The mission is significant for SpaceX because Starship is expected to attempt its first orbital flight while carrying 26 Starlink V3 satellites. The launch could provide an early indication of how the company plans to use its largest rocket to deploy satellites at a much larger scale.
Starship’s first orbital attempt
Flight 14 is scheduled to launch from SpaceX’s Starbase facility in Texas. The launch window is expected to open at 8:15 am ET on Monday and last for 75 minutes.
The Federal Aviation Administration has approved the mission’s launch and re-entry operations. SpaceX had originally planned the flight for September 22 but postponed it before completing another full launch rehearsal.
Unlike earlier Starship tests, Flight 14 is designed to enter Earth orbit. The mission will use Ship 41, which is expected to deploy 26 Starlink V3 satellites at an altitude of roughly 275 kilometres.
After releasing the satellites, Starship is planned to make six orbits around Earth before attempting a controlled re-entry and splashdown in the Pacific Ocean west of Chile. The Super Heavy booster is expected to splash down in the Gulf of Mexico.
Why the Starlink satellites matter
The 26 satellites give the mission a commercial purpose beyond testing the rocket. SpaceX CFO Bret Johnsen has described Flight 14 as the company’s first revenue-generating flight and said Starship is important to SpaceX’s broader business plans.
The V3 Starlink satellites are larger and more powerful than earlier versions. Their solar arrays are designed to generate significantly more power, allowing them to support greater network capacity.
Elon Musk has previously said that a fully deployed V3 Starlink constellation could eventually provide more than 100 times the bandwidth of the existing network.
Could Starship reduce launch costs?
Investors are also watching whether Starship can eventually lower the cost of adding Starlink capacity.
Space industry investor Aaron Burnett has estimated that the 26-satellite payload could represent around 26 terabits per second of network capacity. Based on his assumptions about Starship’s launch costs, he estimates the current cost at around $9.8 million per Tbps.
However, the economics could change if SpaceX achieves higher launch frequency, larger payloads, greater reusability and more efficient manufacturing. Burnett estimates that the cost per Tbps could fall substantially by 2028 if these improvements are achieved.
That possibility is important for Starlink because cheaper launches could allow SpaceX to expand its satellite network more quickly.
Bigger ambitions for Starship
SpaceX’s long-term plans extend well beyond Flight 14. Musk has discussed the possibility of Starship eventually flying at very high frequencies, while the company is also working toward greater reusability.
ARK Investment Management CEO Cathie Wood has suggested that future Starship missions could carry enough Starlink capacity to generate significant annual revenue. However, such figures are projections based on assumptions about future launch rates and satellite economics, not current revenue.
For now, investors are closely watching whether Flight 14 can successfully reach orbit and deploy its first commercial Starlink payload. The mission’s performance could offer an important test of Starship’s future role in SpaceX’s satellite business.
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