The 14th test flight of Starship is expected to take place at the end of the month! UBS Group AG: It will be a key flight for accelerating the growth of SpaceX (SPCX.US).

According to previous reports, SpaceX (SPCX.US) CEO Elon Musk has previewed that the company's 14th test flight of the Starship will be conducted at the end of August during its first quarterly earnings call. UBS Group AG analyst Gavin Parson noted that this upcoming flight could mark an important turning pointshifting from proving that the massive rocket can operate normally to demonstrating the capabilities necessary to support the company's ambitious growth plans. It is reported that Musk plans to conduct the 14th Starship test flight by the end of August. This test flight will see two significant technological breakthroughs: the delivery of the first batch of upgraded Starlink V3 satellites into orbit and the first attempt to recover the Starship's upper stage (the spacecraft) via the land-based launch tower. Musk stated that the 14th test flight represents a major leap forward in the development of this reusable rocket. He also revealed that whether the land recovery is attempted during the 14th flight will depend on the performance data from the 13th flight as well as the final approvals from regulatory agencies such as the Federal Aviation Administration (FAA). If approved, SpaceX will use a giant robotic arm installed on the launch tower in Texas to capture and recover the Starship's upper stage, which stands approximately 52 meters tall. Previously, SpaceX has successfully used this technology to recover the Super Heavy booster (the first stage) multiple times. For SpaceX, recovering the Starship's upper stage on land is a core element in achieving its goal of building the world's first fully reusable orbital launch system. Musk has painted an ambitious vision for the futureafter achieving complete reuse of the two-stage rocket, the launch frequency of the Starship will rapidly increase, with expectations of potentially reaching at least once a day, or even more, within a year. In July's 13th test flight, the Starship's upper stage demonstrated improved landing capabilities over the Indian Ocean, while the Super Heavy booster was successfully recovered in the Gulf of Mexico without any significant anomalies throughout the flight. This was the second test flight of the V3 version of the Starship and the first successful flight since SpaceX went public. The test flight was originally scheduled for July 16 but had to be aborted automatically due to an engine ignition failure just a second before liftoff33 Raptor engines at the bottom of the Super Heavy booster had initiated the ignition sequence, but some engines failed to start normally, triggering an automatic abort in the system, which shut down all engines before the rocket left the launch pad. The 12th test flight of the Starship, conducted on May 22 this year, was the first flight of the V3 version. During the ascent, one engine of the Super Heavy booster stopped working prematurely; after completing stage separation, the Starship spacecraft also lost one engine but relied on the remaining engines to complete its primary mission. Subsequently, when the Super Heavy booster was supposed to ignite for the return, five Raptor engines failed to restart as planned, ending the return burn prematurely, and the booster ultimately crashed into the sea at high speed. SpaceX has established a global high-frequency commercial launch system based on the Falcon 9 and transformed Starlink into a satellite internet network with millions of users. Whether it can open new growth avenues significantly depends on when the Starship matures, when it can undertake V3 satellite deployment, lunar transport, and the construction of orbital computational infrastructure. The 14th Starship test flight is expected to achieve multiple milestones. Parsons pointed out that the 14th test flight is expected to complete several significant milestones, whose implications extend beyond mere technical breakthroughs. The progress of the Starship is at the core of UBS Group AG's investment rationaleUBS Group AG has given SpaceX a "buy" ratingbecause this rocket is expected to provide the necessary launch capacity to propel the expansion of SpaceX's connectivity and artificial intelligence (AI) businesses. The analyst stated in the report: "As SpaceX achieves various milestones with the Starship, it will accelerate the expansion of connectivity and AI businesses, which are the primary drivers of the company's growth." SpaceX has not officially confirmed the date for the 14th Starship test flight; however, an application submitted by the company to the Federal Communications Commission (FCC) lists August 28 as the target date. Parsons cautioned that this date should only be considered a reference since previous launches have been delayed multiple times. However, if the launch occurs at the end of August, it would be only about five weeks after the 13th test flight, further indicating that SpaceX is increasing the frequency of Starship launches. Musk has stated that the Starship could achieve daily launches during 2027, while UBS Group AG's forecast is much more conservative, predicting 32 launches in that year. This difference is significant because UBS Group AG believes that launch frequency is a bottleneck faced by SpaceX's long-term plans. The Starship is not just another launch vehicle in the company's fleet. Its payload capacity and the planned rapid reuse capabilities are expected to enable SpaceX to build a larger satellite network and ultimately develop other space infrastructure. From this perspective, the 14th test flight could simultaneously test multiple components of this business model. The deployment of Starlink V3 satellites will be a major test. One of the most influential missions of the 14th test flight will be the deployment of operational Starlink V3 satellites. Starlink is currently SpaceX's most important cash engine, and V3 satellites are crucial to the next stage of network capacity. Due to capacity and fairing space limitations, the Falcon 9 has had difficulties in the large-scale deployment of V3 satellites. If the Starship is not operational, the large-scale networking of Starlink V3 will have to wait. However, once operational, SpaceX can transport more satellites in a single mission, significantly improving constellation expansion efficiency and opening up space for the next round of Starlink growth. Parsons expects that the number of satellites carried in the 14th test flight will exceed the 20 satellites in the 13th flight but will be fewer than the approximately 60 satellites that UBS Group AG estimates the Starship could eventually carry in a single mission. Musk has mentioned that SpaceX might deploy 1,000 operational V3 satellites in the first half of 2027. Due to UBS Group AG's more conservative assumptions regarding Starship launch numbers, the firm expects to deploy 540 satellites during the same period. Therefore, if Musk's goal can be achieved, it would indicate that the actual situation is better than UBS Group AG's projections. This also makes the 14th test flight significant because successfully deploying operational-level satellites will help to confirm that the Starship is transitioning from the experimental flight phase to becoming the primary launch vehicle for SpaceX's next-generation Starlink network. Successfully recovering the upper stage will promote reuse capabilities. The 14th Starship test flight is also expected to attempt a task that SpaceX has not yet accomplishedcapturing the returning Starship upper stage using the launch tower. The upper stage typically refers to the specialized final propulsion stage that sits atop the rocket, below the payload (sometimes as the third stage or an independent vehicle). It is designed for multiple ignitions and extended flights, specifically working in a vacuum to precisely place satellites into different orbital altitudes, change orbits, or conduct deep space exploration. However, Parsons predicts that SpaceX will not attempt to capture the upper stage during the 14th test flight, believing that the 15th test flight may achieve this goal. He described this milestone as being "crucial for achieving complete and rapid reusability." The economic model of the Starship heavily relies on reuse capabilities. If both stages can be quickly recovered, SpaceX can launch rockets more frequently while spreading hardware costs across multiple missions. One of the largest technical obstacles may also be easing. Musk has noted that the heat shield issues have been resolved for achieving complete and rapid reusability with the Starship. Parsons anticipates further iterative improvements in the future but pointed out that a significant number of intact heat shield tiles can be seen on Ship 40, providing encouraging evidence. SpaceX is already preparing for the 15th test flight. Moreover, hardware production progress indicates that SpaceX does not view the 14th test flight as an isolated test. UBS Group AG expects that this mission will utilize Booster 21 and Ship 41. At the time of Parsons' report, both were undergoing engine installations. SpaceX has implemented a series of improvements in response to issues encountered during previous flights, including redesigning the engine ignition system to support relighting, adjusting the stage separation mechanism, and further simplifying the Raptor 3 engines. Ship 41 has also undergone several modifications aimed at preventing engine shut-offs during the ascent and improving relighting repeatability, as well as calibrating the control sensors used for capturing with the launch tower. SpaceX has also improved the heat shield tiles and strengthened the satellite dispenser for deploying Starlink V3 satellites. Meanwhile, the Booster 22 and Ship 42, likely to be used for the 15th test flight, have already begun stacking, and some structures of Ship 43 have also been identified. Ultimately, such a production pace could be as important as any single launch, or even more so for investors. UBS Group AG's investment rationale relies on whether SpaceX can shift from occasional demonstration flights of the Starship to high-frequency operational missions. The progress of the Starship supports growth forecasts. UBS Group AG's financial projections show that if SpaceX can advance according to this technical roadmap, the scale of the company's business will undergo significant changes. In this forecast, SpaceX's revenue is expected to grow from $18.7 billion in 2025 to $51.3 billion in 2026, and then more than double in 2027 to reach $113.1 billion. The firm projects that by 2030, SpaceX's revenue will reach $412.1 billion. UBS Group AG's investment logic is partly based on the premise that SpaceX will be able to transform the Starship from an engineering R&D project into a high-frequency space transportation infrastructure. The 14th test flight itself cannot accomplish this transformation. However, if the mission can successfully reach orbit, complete the operational-level deployment of V3 satellites, and successfully capture the Starship upper stage, it will address several key abilities that UBS Group AG deems necessary for SpaceX to enter the next stage of growth. For Parsons, this makes the significance of the 14th Starship test flight extend beyond the visual spectacle brought by another giant rocket launch; it hinges on whether SpaceX is getting closer to the launch frequency, payload deployment capabilities, and rapid reusability required to realize the enormous business scale implied by UBS Group AG's forecast.