Watch SpaceX's Starship land at sea in these stunning new videos

space.com Jul 31, 2026

Watch SpaceX’s Starship land at sea in these stunning new videos

Curated by Shubham · TechCapsules · Jul 31, 2026

AI-summarised brief · reviewed before publication

SpaceX released footage of the Starship upper stage’s ocean splashdown after its 13th test flight on July 24, 2026. The 171‑foot vehicle lifted off from Starbase in Texas, deployed 20 Starlink satellites, reignited a Raptor engine in orbit and then performed a re‑entry, swiveling its engines to slow and achieve a vertical orientation before touching down in the Indian Ocean off Western Australia. Video captured by the satellites’ buoy shows the stage roaring above the water, generating steam and swinging dramatically before a splash. The stage remained afloat through July 28, when SpaceX’s recovery team documented it bobbing at sea. The booster experienced engine issues, but the upper stage’s successful descent marks a step toward reusability for lunar missions and satellite constellations.

💡 Why It Matters

· Demonstrating a controlled ocean recovery proves Starship can be turned over between flights, a prerequisite for the rapid‑turnaround cadence SpaceX needs to service lunar missions and massive satellite networks.

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Egypt announces the launch of the second edition of the El Alamein…

Egypt’s Air Force announced the second El Alamein International Airshow, scheduled for September 2026 in El Alamein City under President Abdel Fattah El‑Sisi’s patronage. The press conference featured Lieutenant General Amr Sakr, Civil Aviation Minister Sameh El Hefny, Egyptian Space Agency CEO Maged Ismail, Armament Authority chief Mohamed Adly, senior military officials and international aerospace representatives. Organisers described the event as a premier regional platform linking global aviation, aerospace, defence, navigation and space sectors. They said the show will foster new cooperation, showcase cutting‑edge technologies and draw substantial participation from both regional and worldwide firms. The exhibition will include a comprehensive static display of aircraft, unmanned systems and emerging defence solutions. The event is expected to attract senior policymakers, industry leaders, and potential investors globally.

💡 Positioning Egypt as an aerospace hub can fast‑track its entry into global supply chains and amplify its strategic clout.

spacenews.com · Aug 1

Space Force awards K2 Space $22.9 million for orbital laser communications demonstration

The U.S. Space Force awarded K2 Space a $22.9 million contract to demonstrate laser terminals for direct satellite-to-satellite data transmission. Announced July 31, the agreement tasks K2 with procuring, integrating, launching, and operating two Enterprise Space Terminals as hosted payloads on separate satellites by 2028. K2, based in Torrance, California, will manage terminal integration and spacecraft operations, though specific terminal suppliers remain undisclosed. This effort supports the Space-Based Sensing and Targeting portfolio, aiming to enhance optical communications for distributed sensor networks. The contract aligns with the broader Enterprise Space Terminal program, which includes CACI International, General Atomics, and Viasat as Phase 3 suppliers. Optical links enable rapid data transfer across orbits, critical for missile warning and targeting systems. K2 was selected via the FreeSol Broad Agency Announcement, following its prior selection for the Overhead Persistent Infrared Space Modernization Initiative. This demonstration validates commercial technologies for military space architectures.

💡 Validating laser communications on commercial satellite buses accelerates the Pentagon’s shift toward resilient, high-bandwidth space networks. This approach reduces reliance on traditional radio frequency systems, enabling faster data exchange for critical missile warning and targeting operations across distributed orbital assets.

space.com · Aug 1

On this day in space! Aug. 1, 1968: NASA ends production of…

On August 1 1968 NASA announced the cancellation of further Saturn V production, ending the assembly of the United States’ most powerful launch vehicle at that time. The Saturn V, which had carried astronauts beyond low‑Earth orbit, had fifteen units built and thirteen flown before the decision, which came roughly a year before Apollo 11’s historic lunar landing. Congressional budget cuts—driven by a federal deficit and escalating Vietnam‑War costs—reduced Apollo funding by nearly three‑quarters, prompting the halt. The final Saturn V launch occurred in 1973, originally slated for the canceled Apollo 18 mission but repurposed for the Skylab space station. The rocket’s retirement limited subsequent moon missions, with Apollo 17 in 1972 marking the last crewed lunar flight until Artemis I’s 2022 SLS launch and future Artemis missions program.

💡 The abrupt production stop forced NASA to compress its lunar schedule and left the agency without a heavy‑lift workhorse for decades, reshaping U.S. deep‑space launch strategy.

us.headtopics.com · Aug 1

SpaceX Rocket to Crash into Moon at 7 Times Speed of Sound…

A drifting upper stage of a SpaceX launch vehicle will strike the Moon on Wednesday at roughly 5,400 mph—about seven times the speed of sound—creating an impact comparable to three tons of TNT. The collision, predicted to occur near the sunlit western limb close to Einstein Crater, will excavate a crater roughly 90 feet wide and 16 feet deep and loft a plume of dust and debris that could remain visible to telescopes for minutes. NASA’s Lunar Reconnaissance Orbiter and South Korea’s Danuri orbiter will capture before‑and‑after images, with Danuri passing within a mile of the rocket two minutes prior to impact. Experts say the event, the second accidental lunar crash after a Chinese rocket fragment in 2022, offers a rare chance to study debris‑impact hazards for future lunar missions.

💡 The crash provides a real‑time laboratory to assess how stray rocket stages might endanger astronauts and equipment on the Moon’s surface.

spacenews.com · Aug 1

China launches secretive TJS-27 pair, orbits next-gen Tianlian relay sat

China launched two secretive TJS‑27 communication‑technology test satellites, TJS‑27A and TJS‑27B, aboard a Long March 6A from Taiyuan on July 30, placing them in 1,155 km circular orbits with a 64.8° inclination. The United States Space Force identified the orbit as typical for time‑delay‑of‑arrival (TDOA) electronic‑intelligence platforms, akin to the U.S. Naval Ocean Surveillance System. Analysts note the shift from previous TJS missions, which were geosynchronous or Molniya, to this lower‑inclination, medium‑altitude configuration, suggesting a new ELINT/SIGINT capability or a different constellation architecture. The launch coincided with the deployment of Tianlian‑3 (01), a third‑generation geostationary data‑relay satellite launched on a Long March 7A, enhancing communications for the Tiangong station and crewed flights.

💡 The TJS‑27 pair expands China’s ELINT reach into a proven U.S. surveillance orbit, potentially narrowing the intelligence gap between the two powers. Simultaneously, the upgraded Tianlian relay strengthens China’s autonomous space‑flight communications, reducing reliance on foreign tracking networks.

space.com · Aug 1

SpaceX’s Starship seen in space by next-gen Starlink satellite (video)

SpaceX’s Starship completed its 13th test flight on July 24, 2026, deploying the first batch of functional Starlink V3 satellites into space. Six of these next-generation spacecraft carried cameras to monitor the upper stage’s heat shield, capturing detailed video of the vehicle’s ascent. The footage, released on July 31, shows the 171-foot-tall Ship firing three Raptor engines and using reaction control thrusters. While the upper stage successfully splashed down in the Indian Ocean and remained intact, the Super Heavy booster experienced issues, landing with only five engines firing. The 20 deployed satellites re-entered Earth’s atmosphere shortly after deployment. SpaceX plans to operate a constellation of 100,000 Starlink V3 satellites, relying on Starship for launches. The rocket is scheduled for NASA’s Artemis III mission in mid-2027 and Artemis IV in late 2028, marking a critical step toward operational status for the fully reusable megarocket.

💡 The successful deployment and imaging of Starlink V3 satellites validate Starship’s dual role as both a heavy-lift launch vehicle and a critical infrastructure builder for SpaceX’s internet empire. This integration accelerates the path to a 100,000-satellite constellation, directly enabling the high-throughput connectivity required for future lunar missions.