Published on June 12, 2025 by Ruta Kulkarni
SpaceX is now pouring its people and money into the Starship rocket, a giant vehicle standing nearly 400 feet tall. The company is shifting workers from other departments, including the Dragon spacecraft team, to help get Starship ready. Big changes are happening at SpaceX’s facilities in Texas, where Starship is being tested. There are also major investment plans for Florida, showing just how serious the company is about this Mars-focused project.
This year has not gone smoothly for Starship. The vehicle suffered two back-to-back test explosions that scattered debris and disrupted airline traffic across Florida and the Caribbean. These explosions raised concerns, but SpaceX insists they have carefully studied the causes. In a statement, the company said they made technical improvements for future flights. SpaceX added that progress “won’t always come in leaps,” but they are determined to keep improving through trial and error.
Along with aiming for Mars, SpaceX is building a special version of Starship for NASA’s Artemis program, set to land astronauts on the Moon in 2027. However, people close to the project say it is behind schedule. SpaceX must fix several technical issues before the rocket is ready. The company is under pressure to meet both NASA’s deadlines and its own goals for Mars, adding to the stress on the engineering teams.
Some SpaceX staff were recently moved to a project named Starfall, which is tied to a U.S. military effort to move cargo quickly using rockets. The idea is to load equipment into a Starship, launch it into space, and land it in another part of the world within an hour. This concept could give the military fast, flexible transport. SpaceX has already received about $149 million from the Air Force to support this development.
Elon Musk wants to try an uncrewed Starship mission to Mars as soon as next year. One plan includes sending Optimus, a robot made by Tesla, to the red planet. Musk said on X that “Starship departs for Mars at the end of next year, carrying Optimus.” This would be SpaceX’s first major test to see if Starship can actually survive the long, harsh journey and land on Mars successfully with payload onboard.
Mars is about 140 million miles from Earth on average. It’s cold, dry, and has a thin atmosphere made mostly of carbon dioxide, with some nitrogen and argon. Even though humans can’t breathe the air, it may be possible to grow plants by compressing it. Mars has just 38% of Earth’s gravity, which means heavy objects are easier to lift. The length of a day on Mars is close to Earth’s, helping human adaptation.
One of the biggest technical challenges for getting to Mars is fuel. Rockets usually carry all the fuel they need from the ground, but this makes them very heavy. SpaceX wants to solve this by using tanker versions of Starship to refuel the main rocket while it’s already in orbit. This “on-orbit refilling” could allow Starship to carry up to 100 tons to Mars. But so far, no fuel transfer in space has been attempted.
When Starship reaches Mars, it will hit the atmosphere at a very high speed—around 7.5 kilometers per second. To slow down, it will rely on its heat shield, which is specially designed to handle multiple entries. Still, some wear and tear will happen during each landing. It’s like brake pads on a car—they work but get used up over time. This landing method is crucial for Starship’s success on Mars missions.
Mars is a rocky, red world full of dust storms and freezing temperatures. Although it may look lifeless, it has long captured human curiosity. Mars is the fourth planet from the Sun and one of Earth’s closest neighbors. It can be seen with the naked eye in the night sky. NASA has sent several robots, like the Perseverance rover, to study its surface. These missions help gather information to prepare for future human exploration.
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