Super Heavy

SpaceX launched the 14th flight of its Starship rocket from Starbase, Texas, with the live stream covering liftoff and the Super Heavy booster's splashdown in the Gulf of Mexico. The launch drew well over a million engagements as space enthusiasts followed updates on the vehicle's ascent, stage separation and recovery performance in SpaceX's ongoing test campaign toward reusable deep-space flight.

SpaceX has launched its Starship spacecraft aboard the company's giant Super Heavy rocket on the vehicle's first flight intended to reach orbit. The test flight marks a major milestone for the most powerful rocket ever built, which SpaceX hopes will eventually carry crews to the Moon and Mars. Coverage is focused on the launch itself and what it means for future deep-space missions.

SpaceX is moving ahead with Starship Flight 14, the latest test mission in the company's campaign to prove out its reusable super-heavy launch system. Details of the launch date and mission objectives are limited so far, but the flight is drawing attention as SpaceX continues rapid iterations of the rocket at Starbase, Texas, in support of NASA's lunar ambitions.

SpaceX's Starship has returned to Earth, splashing down in the Pacific Ocean north of Hawaii after a three-hour flight. The mission marks another milestone for the company's reusable super-heavy rocket program, and coverage is focused on the spacecraft's successful recovery and what it means for future deep-space missions.

SpaceX's Starship Flight 14 launch, using Super Heavy booster B21 and Starship S41, is being followed live by a large audience, with French-language streams drawing particular attention. Viewers are watching for the flight's performance and progress toward orbital capability, and reactions are focused on whether the vehicle hits its test objectives.

SpaceX's Starship, the most powerful rocket ever built, is preparing for its biggest and riskiest test flight to date. The upcoming mission is expected to push the super heavy-lift vehicle through more ambitious maneuvers than previous attempts, carrying a real possibility of failure. The test is being closely watched as a key step toward future deep-space missions.

SpaceX launched its Starship spacecraft aboard the giant Super Heavy rocket on the vehicle's first attempt to reach orbit. The flight, watched live by audiences worldwide, marks the maiden orbital test of the most powerful rocket ever built, a key step in SpaceX's plans for deep space missions.

SpaceX has launched its Starship rocket on its first orbital test flight, a major milestone for the company's next-generation launch vehicle. The flight marks the first time the fully stacked Starship and Super Heavy booster have flown together, advancing SpaceX's plans for deep space missions. Observers are following how the uncrewed test performs as the most powerful rocket ever built attempts the demonstration.

Meteorologists are warning of a rare and exceptionally strong Super El Niño, described as having 'Godzilla strength,' now underway. The climate pattern can bring extreme weather worldwide, including heavy storms, droughts and temperature swings, which could cause flight delays, cancellations and disrupted holidays. Travelers are being urged to monitor forecasts and build flexibility into upcoming trips as conditions develop.

SpaceX is preparing to launch its Starship rocket on its first planned flight into Earth orbit, a milestone test for the vehicle designed for missions to the Moon and Mars. The uncrewed flight would be the first time Starship flies as a full stack, with the Super Heavy booster and upper stage together. Success would mark a major step for Elon Musk's company and for NASA's lunar plans, which rely on a Starship variant.

SpaceX launched its Super Heavy-Starship rocket, described as the most powerful rocket ever made, from its Starbase facility in Texas. The flight went ahead successfully, but financial commentary noted that the stock price of Tesla, where SpaceX is not directly listed, barely reacted to the news. Observers pointed out that investor reaction to space milestones has become muted compared with earlier launches.

California is preparing for flooding and landslides as forecasters expect a super El Niño this year, a warming of equatorial Pacific waters that disrupts weather patterns worldwide. After years of coastal erosion, communities such as Pacifica, south of San Francisco, are already showing strain, and officials worry heavy winter storms could worsen damage to weakened cliffs and hillsides.

SpaceX is preparing the 14th flight test of its Starship Super Heavy rocket, with the mission also set to deploy Starlink satellites. The orbital launch test forms part of the company's iterative campaign to prove out the vehicle for future missions, and attention is focused on how the booster and upper stage perform during the attempt.

Travel experts are warning travelers to prepare for a rare super El Niño event, advising people to act on official warnings rather than waiting for visible weather changes. The guidance comes as forecasters flag an unusually strong El Niño pattern, which can bring extreme weather disruptions, from heavy storms to droughts, across popular travel destinations worldwide, affecting flights, bookings and holiday plans.

The USGS has published an assessment of regional impacts from a super El Niño event, focusing on the Southwestern United States. The outlook highlights heightened risks for the region, which typically faces heavier rainfall, flooding and storm damage during strong El Niño episodes. Interest is focused on what the strengthened pattern could mean for water supplies, infrastructure and communities across the Southwest.

Max Verstappen has prevented George Russell from achieving a rare Formula 1 distinction that, until now, only Lewis Hamilton holds. The specific milestone was not detailed in available reports, but Red Bull's Dutch driver stood in the way of the Mercedes man completing it. Fans and pundits are weighing what the near-miss means for Russell's standing among F1's elite.

Discussion is underway about SpaceX's decision to drop one grid fin from the Super Heavy booster, a change analysts say saves weight and cost without hurting the rocket's ability to steer during descent. Space commentators argue the removed fin was redundant, since the remaining fins provide enough control authority for booster recovery, making the simplification an efficient engineering trade-off.