--- title: "SpaceX's Starship Rocket Lands Successfully with Launch Tower Catch" url: https://noti.group/spacex-s-starship-rocket-lands-successfully-with-launch-tower-catch/ language: en publisher: "Noti Group" section: "Technology" published: 2026-11-15T00:40:59.000Z updated: 2026-11-15T05:36:30.891Z id: 15dd0e33-8a25-4de0-a76e-bfb1f4235dee source: "Ars Technica https://arstechnica.com/space/2026/11/with-starship-catch-spacex-still-shows-it-can-dazzle-the-world/" attribution: "Link to https://noti.group/spacex-s-starship-rocket-lands-successfully-with-launch-tower-catch/ and name Noti Group when you quote or summarize this story." --- # SpaceX's Starship Rocket Lands Successfully with Launch Tower Catch A critical moment arrived when the upper stage of the Starship eased towards the waiting launch tower, where two arms stretched out expectantly to receive it. SpaceX's Starship rocket descended from the sky near the end of its flight, emerging from a cloud deck in an unusual horizontal position. The ship remained level until three Raptor engines ignited just before landing, causing it to pivot into a vertical stance as it prepared for touchdown. A critical moment arrived when the upper stage of the Starship eased towards the waiting launch tower, where two arms stretched out expectantly to receive it. To make a successful catch, the rocket's nubs on either side had to engage with the arms, providing a precarious grip considering the rocket's massive size and weight. The timing was crucial as the upper stage came into view just over a minute before being snagged by the launch tower in a snug fit. The sight of Starship landing on Earth under its own power was a surreal experience, especially after witnessing it launch from the same location just over a day earlier. The fact that it had orbited the planet multiple times added to the sense of wonder and awe. Capturing a rocket with such massive energy coming back from orbit is no easy feat, and SpaceX's achievement in doing so is all the more impressive when considering the challenges involved. Just a few years ago, the idea of using what amounts to oversized chopsticks to snag a returning spacecraft seemed like science fiction. NASA had its own reusable spacecraft program in the 1970s, with the Space Shuttles being a prime example. These orbiters were designed to carry crew and cargo into space for extended periods before returning to Earth, where they would land on a runway. While impressive in their own right, the shuttles relied on solid rocket boosters that could be fished from the ocean and reused. However, the shuttle program also had its limitations, particularly when it came to reusing the orbiters themselves. The heat shields were delicate and required painstaking refurbishment after each flight, limiting the number of times they could be used. Despite this, NASA initially envisioned using the shuttles to carry dozens of humans into space at a time. The cost of launching cargo via shuttle was also relatively low, with estimates suggesting that it could be as low as $25 per pound. This made the shuttles an attractive option for carrying heavy payloads into space, but their limitations ultimately led to the program being scaled back and eventually canceled. The Space Shuttle program was touted as a game-changer in space transportation, but its reality fell far short of expectations. Despite being designed to be nearly fully reusable, it failed to deliver on the promise of low-cost and rapid launch capabilities. SpaceX is now working towards achieving a similar goal with its Starship program, which has made significant progress in recent years. The company's factory at Starbase is currently producing Starship upper stages at a rate of one every three weeks, although it was originally designed to produce a ship every three days. The high cost and complexity of building the Space Shuttle were major drawbacks that limited its potential. Each orbiter cost an enormous amount of money to build, with NASA only managing to construct five that actually made it into space. SpaceX's own ambitions for Starship are far more ambitious than those of the Space Shuttle program. With a goal of flying 135 times a year within just a few years, and eventually reaching thousands of launches per year, SpaceX is aiming to fundamentally change the way humanity interacts with space. The frequency of Starship landings and launches is expected to escalate significantly as SpaceX continues to refine its technology. The company's ultimate goal is to achieve a high launch rate, but it will first need to overcome several challenges, particularly the development of an effective heat shield. Perfection of the heat shield is likely to be the most daunting task in achieving rapid reuse. However, with each successful landing and subsequent refurbishment, SpaceX will move closer to making space travel more routine and accessible. Eventually, what currently seems remarkable will become a mundane aspect of life in space. --- Source: [Ars Technica](https://arstechnica.com/space/2026/11/with-starship-catch-spacex-still-shows-it-can-dazzle-the-world/) Published by Noti Group: https://noti.group/spacex-s-starship-rocket-lands-successfully-with-launch-tower-catch/