

SpaceX
SpaceX’s first Falcon 9 Block 5 booster casualty battered but still intact in aerial photos
Shortly after successfully sending a reused Cargo Dragon spacecraft on its way towards the International Space Station (ISS), SpaceX Falcon 9 Block 5 booster B1050 experienced an anomaly with its grid fins during a planned landing, resulting in a shockingly soft (but unintentional) landing just off the Florida coast.
By some minor miracle, the drastically off-nominal loads experienced by the booster during its unintended departure from controlled flight somehow did not rise to the bar of structural failure. Nevertheless, now floating a handful of miles east of Port Canaveral’s mouth, B1050 did not make it through the ordeal unscathed.
https://twitter.com/_TomCross_/status/1070742919986991107
A little more than 24 hours after the booster found itself floating sideways in the Atlantic Ocean, B1050 had floated a solid ten miles south of its original position into waters and airspace that no longer fell under the purview of Cape Canaveral Air Force Station, technically a military outpost. As the captains of tugboat Eagle and SpaceX support vessel GO Quest discussed the logistics of returning the booster to port with the local harbormaster and US Coast Guard, Teslarati photographer Tom Cross chartered a local helicopter to get a slightly better view of the waterlogged rocket and its ad-hoc recovery operations.
A casualty of war (with the air)
Second only to the fact that the booster appears to be in disproportionately good shape considering the circumstances, by far the most noteworthy feature of the newest addition to SpaceX’s marine fleet is the sheer damage suffered by B1050’s interstage, the black carbon fiber composite structure that topsFalcon 9 Block 5 boosters and hosts its grid fins and stage separation mechanism.
Revealed from an aerial perspective, it almost looks as if one side of the composite cylinder was smashed with a giant hammer, tearing off at least 20% of the entire interstage – including one of four titanium grid fins – while leaving another large segment hanging on by only partially-figurative carbon fiber threads.
- Falcon 9 B1050 is seen here shortly before launch with an intact interstage. (Tom Cross)
- B1050 viewed from Cocoa Beach. (Tom Cross)
- Falcon 9 B1050’s interstage, or what’s left of it. (Tom Cross)
- RIP grid fin. (Tom Cross)
It’s not 100% clear why B1050’s interstage was so readily destroyed but a narrative can certainly be drawn from the current public record. After its grid fins lost hydraulic power and became stuck at an extreme angle, B1050 almost immediately lost control and began rapidly and quite brutally spinning and flailing, tossed around as it hurtled through the air at supersonic speeds. Being a predominately smooth cylinder, Falcon 9’s first stage is inherently prone to rotation in the presence of high-velocity air currents, which is why its grid fins are an absolute necessity for maintaining control authority during in-atmosphere “flights”.
Engines stabilized rocket spin just in time, enabling an intact landing in water! Ships en route to rescue Falcon. pic.twitter.com/O3h8eCgGJ7
— Elon Musk (@elonmusk) December 5, 2018
In a show that will turn the stomach of anyone familiar with a rocket’s typically narrow load tolerances, Falcon 9 B1050 experienced extreme aerodynamic stresses during the worst of its uncontrolled tumble, to the extent that the entire booster and interstage can be seen visibly twisting at least 5 degrees left and right from the perspective of an onboard camera. In the video above, focus on the center of Falcon 9’s grid fins during the first and last 5-10 seconds to properly visualize the extreme forces at play.
It might look fairly innocent to the untrained eye, but keep in mind that Falcon 9’s interstage is no more than a couple of inches thick and is absolutely massive, stretching 3.7m (~12 ft) in diameter. Perhaps even more importantly, the damage to the interstage has almost without a doubt rendered it unusable from the perspective of SpaceX’s established methods of safely moving and manipulating Falcon 9 boosters.
- Technicians attach an older interstage-grabber to lift B1046 after its first recovery. (Tom Cross)
- One of SpaceX’s East Coast interstage jigs is pictured here atop B1049. (Tom Cross)
- A Falcon 9 Block 5 booster bares its interstage and pusher rod, offering a perfect illustration of its scale. (Bloomberg)
All of those methods rely on adapters that attach to the interstage to lift the rocket vertically or support part of its ~30-ton dry mass horizontally. Lacking a sound interstage, it’s now entirely unclear how SpaceX might go about getting B1050 onto land without damaging it further. In simpler terms, this bodes very, very badly for any plans to safely reuse B1050 in the near (or distant) future. After suffering loads that severely weakened and ultimately tore its interstage to pieces, it’s reasonable to assume that the rest of the rocket’s lithium-aluminum propellant tanks experienced stresses that are at least roughly comparable.
If that’s the case, perhaps the only real hope for B1050’s ‘reuse’ will be the recovery of certain subcomponents and miscellaneous parts that may have made it through the ordeal unscathed or with only minor damage. The three remaining titanium grid fins are a guaranteed recovery, while COPVs, cold gas thrusters, avionics boxes, and maybe even some of its nine Merlin 1D engines could be salvageable with some level of refurbishment.
In the meantime, the tentative plan right now is to two B1050 into Port Canaveral sometime after dawn tomorrow, either ending up at drone ship OCISLY’s berth or another less-developed section of the port.
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SpaceX Ax-4 Mission prepares for ISS with new launch date
SpaceX, Axiom Space, and NASA set new launch date for the Ax-4 mission after addressing ISS & rocket concerns.

SpaceX is preparing for a new launch date for the Ax-4 mission to the International Space Station (ISS).
SpaceX, Axiom Space, and NASA addressed recent technical challenges and announced a new launch date of no earlier than Thursday, June 19, for the Ax-4 mission. The delay from June 12 allowed teams to assess repairs to small leaks in the ISS’s Zvezda service module.
NASA and Roscosmos have been monitoring leaks in the Zvezda module’s aft (back) segment for years. However, stable pressure could also result from air flowing across the hatch seal from the central station. As NASA and its partners adapt launch schedules to ensure station safety, adjustments are routine.
“Following the most recent repair, pressure in the transfer tunnel has been stable,” a source noted, suggesting the leaks may be sealed.
“By changing pressure in the transfer tunnel and monitoring over time, teams are evaluating the condition of the transfer tunnel and the hatch seal between the space station and the back of Zvezda,” the source added.
SpaceX has also resolved a liquid oxygen leak found during post-static fire inspections of the Falcon 9 rocket, completing a wet dress rehearsal to confirm readiness. The Ax-4 mission is Axiom Space’s fourth private astronaut trip to the ISS. It will launch from NASA’s Kennedy Space Center in Florida on a Falcon 9 rocket with a new Crew Dragon capsule.
“This is the first flight for this Dragon capsule, and it’s carrying an international crew—a perfect debut. We’ve upgraded storage, propulsion components, and the seat lash design for improved reliability and reuse,” said William Gerstenmaier, SpaceX’s vice president of build and flight reliability.
The Ax-4 mission crew is led by Peggy Whitson, Axiom Space’s director of human spaceflight and former NASA astronaut. The Ax-4 crew includes ISRO astronaut Shubhanshu Shukla as pilot, alongside mission specialists Sławosz Uznański-Wiśniewski from Poland and Tibor Kapu from Hungary. The international team underscores Axiom’s commitment to global collaboration.
The Ax-4 mission will advance scientific research during its ISS stay, supporting Axiom’s goal of building a commercial space station. As teams finalize preparations, the mission’s updated launch date and technical resolutions position it to strengthen private space exploration’s role in advancing space-based innovation.
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SpaceX produces its 10 millionth Starlink kit
The first 5 million Starlink kits took nearly four years to build.

SpaceX has achieved a major milestone, producing its 10 millionth Starlink kit. The accomplishment was celebrated across the company’s Hawthorne, California, and Bastrop, Texas, facilities.
The milestone was shared in social media by Sujay Soman, Senior Facilities Engineer, in a LinkedIn post, which has since been deleted.
Starlink Production Ramp
Soman noted in his LinkedIn post that the first 5 million Starlink kits took nearly four years to build, but the next 5 million kits were completed in just 11 months. This underscores SpaceX’s intense efforts to ramp up the satellite internet system’s production, and it reflects the private space company’s manufacturing prowess.
The SpaceX Senior Facilities Engineer shared a couple of photos of the Machine Maintenance and Facilities team in Bastrop to commemorate the event.
“Today, Starlink Product teams across our Hawthorne and Bastrop sites produced the 10th Million Starlink Kit! It took almost 4 years to build our first 5 million kits, and we doubled that in about 11 months. Monumental accomplishment!” Soman wrote in his post.

World-Changing Technology
The Starlink kits, featuring dish hardware and supporting equipment, enable users to connect to the company’s growing constellation of low Earth orbit satellites. With over 6,000 satellites launched to date, Starlink now provides fast and reliable internet connectivity to over 6 million customers worldwide. This was a significant increase from the 5 million customers that the company reported in February 2025.
SpaceX has not detailed its next production targets, but the production of Starlink’s 10 millionth kit milestone signals the company’s readiness to scale further. Being an Elon Musk-led company, SpaceX is arguably the best in the business when it comes to efficient and cost-effective manufacturing. It would then be unsurprising if SpaceX announces another Starlink production milestone soon.
News
Starlink India launch gains traction with telecom license approval
Starlink just secured its telecom license in India! High-speed satellite internet could go live in 2 months.

Starlink India’s launch cleared a key regulatory hurdle after securing a long-awaited license from the country’s telecom ministry. Starlink’s license approval in India paves the way for commercial operations to begin, marking a significant milestone after a three-year wait.
The Department of Telecommunications granted Starlink a Global Mobile Personal Communication by Satellite (GMPCS) license, enabling it to roll out its high-speed internet service. Local reports hinted that Starlink plans to launch its services within the next two months. Starlink India’s services are expected to be priced at ₹3,000 per month for unlimited data. Starlink service would require a ₹33,000 hardware kit, including a dish and router.
“Starlink is finally ready to enter the Indian market,” sources familiar with the rollout plans confirmed, noting a one-month free trial for new users.
Starlink’s low-Earth orbit satellite network promises low-latency, high-speed internet that is ideal for rural India, border areas, and hilly terrains. With over 7,000 satellites in orbit and millions of global users, Starlink aims to bridge India’s digital divide, especially in areas with limited traditional broadband.
Starlink has forged distribution partnerships with Indian telecom giants Reliance Jio and Bharti Airtel to streamline deployment and retail logistics. However, the company still awaits spectrum allocation and final clearances from India’s space regulator, IN-SPACe, and national security agencies before its full launch, expected before August 2025.
India’s satellite internet market is becoming increasingly competitive, with Starlink joining rivals like OneWeb and Jio Satellite Communications. While Starlink positions itself as a premium offering, its entry has sparked debate among domestic telecom operators over spectrum pricing.
Local reports noted that other players in the industry have raised concerns over the lower regulatory fees proposed for satellite firms compared to terrestrial operators, highlighting tensions in the sector.
Starlink India’s launch represents a transformative step toward expanding internet access in one of the world’s largest markets. Starlink could redefine connectivity for millions in underserved regions by leveraging its advanced satellite technology and strategic partnerships. As the company navigates remaining regulatory steps, its timely rollout could set a new standard for satellite internet in India, intensifying competition and driving innovation in the telecom landscape.
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