Starship nails first Starlink V3 deployment, X report 25 Jul 2026. SpaceX's Starship Flight 13 deployed first Starlink V3 satellites and achieved its softest splashdown yet from Starbase, Texas. Latest developments. SpaceX's Starship Flight 13 delivered a milestone the program has chased since its inception: the successful deployment of operational next-generation Starlink V3 satellites, marking the vehicle's transition from pure test article toward genuine payload delivery. All 33 Raptor engines on the Super Heavy booster fired cleanly at liftoff from Starbase, Texas, and both stages executed controlled descents, with the upper stage completing what observers called the "softest splashdown" yet recorded. The flight directly addressed engine and staging issues that plagued the previous test, giving SpaceX a strong data set as it works toward full Starlink V3 constellation buildout. With 12,552 Starlinks launched to date, 10,844 currently in orbit, and 10,828 operational, this V3 deployment test signals the next phase of network capacity expansion once the vehicle reaches routine cadence. Discover more GPS & Navigation Space safety. The current Starlink conjunction threat picture is dominated by a critical HIGH risk event involving STARLINK-5262 and the MONOLITH payload, with a time of closest approach on Jul 26, 2026 at 04:05 UTC and a minimum range of just 6 meters - presenting a maximum collision probability of 1.0. This represents an exceptionally rare and severe conjunction scenario requiring immediate attention from conjunction assessment teams. Additionally, four Starlink satellites are currently under reentry prediction, with decay windows ranging from 120 to 1,140 minutes and reentries anticipated between Jul 24 - 28, 2026. | Risk | Starlink Sat | Other Object | Status | Min Range (km) | Rel Speed (km/s) | Max Prob | Time of Closest Approach | | HIGH | STARLINK-5262 | MONOLITH | Operational | 0.006 | 5.794 | 1.0 | Jul 26, 04:05 UTC | | HIGH | STARLINK-5262 | MONOLITH | Operational | 0.006 | 5.794 | 1.0 | Jul 26, 04:05 UTC | | Satellite | NORAD ID | Predicted Decay | Window (min) | Inclination | Lat | Lon | | STARLINK-1541 | 46052 | Jul 24, 22:51 UTC | 120 | 53.1° | -35.2° | 200.2° | | STARLINK-1967 | 47568 | Jul 26, 20:18 UTC | 840 | 53.0° | 21.1° | 154.5° | | STARLINK-2113 | 47392 | Jul 27, 22:19 UTC | 1140 | 53.0° | -33.8° | 324.4° | | STARLINK-1633 | 46171 | Jul 28, 03:38 UTC | 1140 | 53.0° | 2.4° | 276.9° | Detailed coverage. Flight 13 breaks new ground with live Starlink V3 payload. Starship's 13th suborbital test flight lifted off at 5:51 p.m. CT from Starbase on a mission unlike any prior attempt: deploying functioning Starlink V3 satellites from the ship's payload bay while in flight. Previous test flights carried mass simulators or dummy payloads, so this marks the first time SpaceX has proven the vehicle can execute an actual operational satellite release, a critical capability gate for the program's long-term role as a Starlink launch platform. Softest splashdown yet caps a "mostly successful" test. The 397-foot, two-stage rocket generated roughly 16 million pounds of thrust at launch and, after stage separation, both the Super Heavy booster and the Starship upper stage executed controlled splashdowns. Spaceflight Now characterized the flight as "mostly successful," noting the booster and ship both survived reentry loads and touchdown maneuvers with notably reduced impact forces compared to earlier attempts, a key indicator of improving guidance and control software. SpaceX corrects prior flight's engine snags. SpaceNews reports the July 24 flight specifically targeted anomalies observed during the previous Starship test, with engineers implementing fixes ahead of Flight 13. The corrections appear to have paid off: all 33 Raptors on Super Heavy performed nominally through ascent and boostback, suggesting the propulsion issues from earlier flights have been substantially resolved, though SpaceX has not detailed the exact root cause publicly. Weather delay, not hardware, pushed launch to Friday. Ahead of the successful flight, SpaceX pushed the Flight 13 attempt back to Friday, citing adverse weather over the Texas Gulf Coast rather than the technical issues that delayed earlier attempts. The shift highlights a notable change in the program's failure pattern - recent scrubs have increasingly stemmed from range and weather constraints rather than vehicle readiness, a sign of growing hardware maturity at Starbase. Cosmic Log: "Lucky 13" clears the bar SpaceX needed. Independent spaceflight commentary framed Flight 13 as a pivotal validation moment, noting the 407-foot stack rose from Starbase with all engines lit and went on to demonstrate satellite deployment while remaining structurally intact through splashdown. The flight's success reduces pressure on SpaceX's timeline for scaling Starship into a repeatable Starlink V3 delivery vehicle, a step the company needs to relieve growing demand on Falcon 9's launch cadence. Rocket Report notes wider industry context around Starship's window. Ars Technica's weekly roundup placed the Starship test alongside other industry developments, including Relativity Space's announcement of a second rocket factory near Cape Canaveral and lightning-related launch disruptions in China. The juxtaposition underscores how Starship's incremental but real progress continues to draw comparison against rivals still working toward their own orbital-class reusable systems. Space.com: video capture shows dramatic splashdown sequence. Space.com's coverage highlighted video footage of the splashdown sequence, calling it the softest touchdown Starship has achieved in its flight test campaign. The outlet noted the milestone comes after more than a dozen suborbital attempts, with SpaceX incrementally refining reentry profiles, flap control, and relight timing on the Raptor engines to reduce structural stress during the final descent phase. Constellation Status. The Starlink constellation has remained stable since the last check, with no new launches or orbital adjustments reported. As of July 18, 2026, SpaceX maintains 12,552 total satellites launched, of which 10,844 remain in orbit and 10,828 are actively working, while 1,708 have decayed from their operational altitudes. * Total Launched: 12552 * Total On Orbit: 10844 * Total Working: 10828 Track Starlink satellites in real-time: Track Starlink B1049. B1049 is a retired Falcon 9 first stage booster who completed 10 successful orbital missions between 2018-2022. Known for exceptional fuel efficiency (4.72% above fleet average), B1049 has landed on both drone ships and landing zones, achieving a perfect touchdown record despite COMPLETELY UNRELIABLE weather predictions.

Relativity Space expands Florida operations to scale Terran R program. Space Coast expansion will add manufacturing, testing and launch infrastructure, with thousands of jobs expected by 2034. Relativity Space plans to expand its operations on Florida's Space Coast by adding new manufacturing, testing and launch infrastructure to support production of its reusable Terran R launch vehicle. Space Florida announced the expansion, saying the project is expected to create thousands of high-paying jobs by the end of 2034. Expansion to support Terran R. According to Space Florida, Relativity Space will expand facilities at NASA's Kennedy Space Center and Cape Canaveral Space Force Station. The project includes construction of an additional manufacturing facility for the Terran R rocket, the company's reusable two-stage launch vehicle measuring approximately 284 feet (87 metres) in height. Terran R is scheduled to launch from Launch Complex 16 at Cape Canaveral, with preparations continuing for its inaugural flight. "Expanding our capacity in Florida enables our ability to scale the Terran R program to support commercial, scientific, and national security missions," said Eric Schmidt, executive chairman and chief executive officer of Relativity Space. "We're grateful to Gov. Ron DeSantis, Space Florida, FDOT, and our partners across the state for their ongoing support to make this expansion plan a reality." Project Forge and financing. Space Florida has not disclosed full details of the expansion. Last month, the agency approved up to $350 million in conduit financing for a confidential project known as Project Forge, which has since been identified as Relativity Space's expansion initiative. One potential development site is located near State Road 407 at Space Coast Regional Airport in Titusville. Documents from the Titusville-Cocoa Airport Authority show the company has been reviewing zoning requirements, wetlands, site access and preliminary development layouts for the property. "I would love to have Relativity join our city as they look to help NASA get to Mars and advance human space travel," said Titusville Mayor Andrew Connors. Supporting future Mars missions. The expansion follows NASA's selection of Relativity Space for the Aeolus Mars science mission. Under the partnership, NASA will provide the Aeolus atmospheric science instrument suite, while Relativity Space will supply the spacecraft, launch vehicle and mission operations. The mission is scheduled for launch in 2028 and is intended to deliver the first integrated daily global observations of Martian winds, temperatures, dust and clouds. Space Florida said Relativity Space may also be eligible to receive up to $134 million through the Florida Department of Transportation's Spaceport Improvement Program to support the planned expansion.

Relativity Space plans to expand its operations on Florida's Space Coast, creating thousands of high-paying jobs by 2034. Governor Ron DeSantis announced the project at the 2026 Farnborough International Air Show. The company will build an additional Terran R rocket production facility and expand test and launch infrastructure at Kennedy Space Center and Cape Canaveral Space Force Station. The reusable Terran R rocket could make its first launch from Launch Complex 16 before year-end. Separately, Space Florida signed an agreement with the UK's Department for Science, Innovation and Technology, committing $400,000 to collaborative aerospace projects. This marks the first partnership under Florida's International Aerospace Innovation Fund.