SpaceX Successfully Performs Landing Test of Giant Rocket Booster
Just a few weeks ago, SpaceX successfully landed a massive rocket booster with precision. Later on Tuesday (November 19), the company is set to conduct another test on its most powerful launch rocket ever, attempting to delicately catch the booster as it returns to the launch tower using a robotic arm like chopsticks. There are reports that President-elect Trump (Donald Trump) will be present at the scene to observe, making this test flight particularly noteworthy.
According to CNN, the nearly 400-foot-tall (121 meters) Starship system is expected to launch from the Starbase facility near Brownsville, Texas on Tuesday. This two-stage giant rocket, stacked with the Starship spacecraft and Super Heavy booster, will attempt to launch at 5 PM Eastern Time. SpaceX will livestream the 30-minute test flight on its X account.
This unmanned test flight marks the fastest turnaround time in SpaceX’s Starship test program. The goal of these test flights is to explore how SpaceX can recover and rapidly reuse Super Heavy boosters and Starship spacecraft in future missions. The rapid reuse of rocket components is crucial for significantly reducing the time and cost of sending cargo or personnel into space.
In SpaceX’s fifth test flight on October 13, they successfully “caught” the returning Super Heavy booster at the launch pad, marking a world-first in the company’s pursuit of fast reusable rocket technology and catching the interest of President-elect Trump.
SpaceX stated in a press release, “The fifth Starship test flight is a significant milestone towards a fully and rapidly reusable launch system.”
President Trump’s visit to the SpaceX rocket launch in Texas on Tuesday is highly anticipated. Reuters reported that on Monday, the Federal Aviation Administration (FAA) issued a temporary flight restriction over Brownsville, Texas for “VIP Movement,” confirming Trump’s plans according to a source familiar with the itinerary, which is a practice usually done before a visit by important figures.
During the same time frame, flight restrictions over Trump’s Mar-a-Lago estate in Palm Beach, Florida will be temporarily lifted.
Trump’s transition team did not respond to requests for comment on the President-elect’s plans.
Videos from social media X show Trump boarding a plane to Texas.
This launch will be SpaceX’s sixth test flight of its next-generation rocket system, Starship. These tests will play a crucial role in NASA’s Artemis lunar program. The space agency plans to use the Starship spacecraft to land astronauts on the lunar surface by 2026.
This effort is expected to further involve Mars missions and benefit SpaceX and Musk’s space plans during Trump’s presidency.
On Tuesday, SpaceX will once again attempt to use a large robotic arm attached to the launch tower to delicately catch back the 233-foot-high first-stage “Super Heavy” booster about 10 minutes after launch.
The Starship is considered crucial to SpaceX’s founding mission—ultimately sending humans to Mars for the first time.
For NASA’s Artemis program, SpaceX has a nearly $4 billion government contract to complete the development of a cost-effective space transportation system mission.
The success of Tuesday’s test flight may prompt SpaceX to start implementing even more ambitious projects.
According to a recent report by NASA’s Office of Inspector General (OIG), “SpaceX plans to conduct a long-duration flight test and a propellant transfer flight test in 2025.”
The ability of Starship to launch into orbit and subsequently rendezvous with a propellant-fueled tanker replenishing spacecraft is considered vital for the success of the Artemis program.
For the Artemis III human moon landing mission—a part of the Artemis program involving the third mission, the second crewed flight, and the first crewed lunar landing—Starship may need to dock with over a dozen fuel tankers before proceeding to its mission to the lunar surface.
According to the OIG, SpaceX will also face a “key design review” for the Artemis III mission in the summer of next year.