SpaceX is preparing for another big test of its massive Starship rocket after a series of setbacks. The company has been working hard to get the newest version of Starship ready, but recent flights haven’t gone as planned. Now, all eyes are on the upcoming launch, which could happen as soon as Monday evening.

A lot is riding on this test. Starship is the tallest rocket ever built, standing at 404 feet (123 meters). It’s designed to carry huge amounts of cargo and people to the Moon, Mars, and beyond. SpaceX’s goal is to make it fully reusable, so the rocket can fly again and again, saving money and time.

What’s Happening with the Latest Starship Tests

The next launch was scheduled for Sunday evening but was canceled about an hour beforehand. The reason? A ground system issue at SpaceX’s Starbase facility in Texas. The company hasn’t said exactly when they’ll try again, but it could be as soon as Monday night. The rocket will take about 66 minutes to reach a splashdown zone in the Indian Ocean, northwest of Australia.

This will be the 10th full-scale test of Starship and its booster, called Super Heavy. It’s also the fourth test of an upgraded version, known as Block 2 or Version 2. This version aims to be stronger and more reliable, capable of carrying up to 150 metric tons of cargo. But so far, the Version 2 rockets have faced repeated issues, delaying progress.

The Challenges and Goals for the Rocket

SpaceX’s vision for Starship is ambitious. The rocket’s huge size and reusability could revolutionize space travel, making trips to the Moon and Mars more practical. NASA is planning to use a version of Starship as a lunar lander for its Artemis program, aiming to beat China to the Moon. Meanwhile, SpaceX wants to send massive Starlink satellites into orbit and has interest from the US military for various security missions.

However, before Starship can accomplish these goals, it needs to prove it can survive from liftoff to splashdown. Previous test flights ended early, partly because of issues with the heat shield, which protects the rocket from intense reentry heat. During last year’s flights, the heat shield mostly worked, but some tiles fell off, risking damage to the ship’s structure and complicating reuse.

The plan is to catch returning Starships with giant robotic arms at the launch site, quickly refurbish them, and send them back into space. For that to work, the heat shield must stay intact and in good condition. Recent tests showed the team still has a way to go to make that happen reliably.

Technical Challenges and What’s Next

This year, problems with the rocket’s propulsion and fuel systems caused delays and failures. One Starship even exploded during testing in June. Each failure helped engineers identify different causes and work on fixing them.

This upcoming test aims to check several important things. One is the booster’s engine-out capability. Engineers will intentionally disable one of the booster’s 33 Raptor engines during launch and see if the remaining engines can still get the rocket into space. This kind of testing is crucial to ensuring the rocket can handle engine failures during actual missions.

Another goal is to test the heat shield’s durability and the rocket’s ability to perform in different conditions. Unlike previous tests, SpaceX won’t attempt to catch the booster at the pad this time, focusing instead on other performance aspects.

In the long run, SpaceX hopes to make Starship a routine part of spaceflight — one that can be produced daily, like commercial airplanes. But first, they need to prove the rocket can survive and operate reliably through all phases of flight. The next test is a critical step in that journey, and everyone is watching to see if it can finally turn things around.

Inspired by

• https://arstechnica.com/space/2025/08/whats-the-goal-of-spacexs-10th-starship-test-flight-right-the-ship/

Sources

• conde.digital
• cnevids.com
• spacex.com