SpaceX Targets May for First 2026 Starship Launch to Test Upgraded Rocket
Brownsville, Tuesday, 14 April 2026.
SpaceX is targeting May 2026 for its next Starship launch. This critical test flight debuts an upgraded rocket designed to carry up to 90 additional metric tons of payload.
Shifting Timelines and Ground Preparations
Elon Musk’s privately held aerospace company, SpaceX, has progressively adjusted the schedule for its twelfth Starship test flight [1][GPT]. Initially projected for March 2026, the target subsequently slipped to early April before settling on a launch window no earlier than May 2026 [1]. On April 3, 2026, Musk stated that the “first flight of V3 ship & booster is 4 to 6 weeks away” [1]. As of today, April 14, 2026, exactly six months have passed since the company’s last Starship launch, which took place on October 13, 2025 [1].
Engineering the Version 3 Architecture
Flight 12 will mark a significant milestone as it introduces the Version 3 (V3) iteration of the Super Heavy booster and Starship upper stage [1]. The new booster stands approximately 1.2 meters taller than its predecessors [1]. More importantly, the V3 architecture is designed to drastically increase payload capacity. While Version 2 could carry 35 metric tons, the upgraded Version 3 is targeting 100 metric tons [1]. This represents an impressive capacity increase of 185.714 percent, though some reports indicate the vehicle could carry up to 90 metric tons more payload than previous iterations [1] [alert! ‘The source claims both a 90-ton increase and a direct comparison of 100 tons versus 35 tons, which mathematically yields a 65-ton difference’].
Resuming the Flight Campaign
The upcoming May 2026 attempt will break a notable pause in SpaceX’s launch cadence. Throughout 2025, the company executed a total of five Starship test flights, beginning on January 16 and concluding with the eleventh overall test flight on October 13 [1]. Another notable launch in that sequence occurred on May 27, 2025 [1]. By introducing the V3 rocket and utilizing a second launchpad, SpaceX aims to transition from experimental flights to operational payload delivery, a shift that the commercial aerospace sector is monitoring closely for its potential to disrupt traditional launch economics [1][GPT].