SpaceX launched the Starship V3 megarocket from its Starbase site in South Texas on May 22, 2026 [2, 4].

The flight marks a critical step in the company's program to land astronauts on the Moon. By testing the V3 variant, SpaceX is evaluating the capabilities of what has been described as the most powerful rocket in history [3].

Designated as Flight 12 [1], the mission was the first Starship launch of 2026 [4]. The vehicle ascended from the Starbase test site, producing a series of high-resolution images during its climb through the atmosphere [1].

According to reports, the rocket completed a majority of its planned mission objectives [4]. Following the primary test phase, the vehicle re-entered the Earth's atmosphere and landed in the ocean [4].

This iteration of the Starship system focuses on increased power and efficiency compared to previous versions. The successful re-entry and splashdown provide data necessary for future iterations of the landing sequence, a key component for reusable spacecraft.

SpaceX continues to utilize the South Texas facility for these iterative tests. The company's approach involves rapid prototyping and flight testing to identify failure points and refine the hardware for deep-space missions [3].

“the most powerful rocket in history”

The deployment of the V3 variant indicates that SpaceX is moving beyond basic orbital viability toward the high-capacity lift requirements of the Artemis lunar missions. By successfully executing the majority of Flight 12's objectives and achieving a controlled ocean landing, the company demonstrates the scalability of the Starship architecture for heavy payloads.