Texas Governor Greg Abbott announced Wednesday that SpaceX has received a $17.3 million grant from the Texas Semiconductor Innovation Fund. The grant will be used to expand SpaceX’s Bastrop complex. 

SpaceX’s Bastrop complex is headlined by its Starlink factory, which is currently capable of producing 15,000 dishes per day, as per a video published by the private space company on social media platform X.

The Grant

The investment is expected to develop SpaceX’s semiconductor research and development (R&D) and advanced packaging facility in Bastrop. The expansion is expected to create over 400 jobs and over $280 million in capital investment, as per a press release from the Office of the Texas Governor.

Bastrop’s Planned Expansion

SpaceX plans to grow its Bastrop site by one million square feet over the next three years, focusing on Starlink kit production, including advanced silicon components. The proposed project includes printed circuit boards (PCBs), a semiconductor failure analysis lab, and advanced packaging for panel level packaging (PLP). Once complete, SpaceX’s Bastrop facility will stand as the largest PCB and PLP facility in North America.

What They Are Saying

SpaceX President Gwynne Shotwell shared her appreciation for Texas’ support, saying, “Incredible innovation and high-tech manufacturing is happening in Texas as a direct result of Governor Abbott’s leadership and the Texas Semiconductor Innovation Fund initiative. We love Texas. SpaceX is investing hundreds of millions of dollars into our Bastrop facility. This grant will help continue to expand Bastrop’s manufacturing for Starlink to help connect even more people across the state and around the world with high-speed, low-latency internet.”

Texas Governor Abbott also shared his thoughts on the matter: “Texas connects the nation and the world with the most advanced technologies manufactured right here in our great state. I congratulate SpaceX on their more than $280 million investment in this Texas-sized expansion of their semiconductor R&D and advanced packaging facility in Bastrop, which will be the largest of its kind in North America. 

“Working together with innovative industry leaders like SpaceX, Texas will continue to rank No. 1 for semiconductor research and high-tech manufacturing and secure critical domestic supply chains as we build a stronger, more prosperous Texas than ever before,” he said.

SpaceX launched its eighth Starship test flight on Thursday, March 6, 2025, from its Starbase facility in South Texas. The mission aimed to advance the reusable rocket system’s development with a third successful booster recovery and a planned satellite simulator deployment by the Starship upper stage.

Flight 8 ended with mixed results as the Starship upper stage experienced a rapid unscheduled disassembly during its ascent burn. The Super Heavy booster, however, returned successfully to Starbase’s launch tower.

Super Heavy Booster Achieves 3rd Successful Catch

The Super Heavy booster, designated Booster 15, roared to life at launch, propelling the 400-foot-tall Starship stack skyward. Less than three minutes after liftoff, it separated cleanly from the upper stage and began its descent back to Starbase. 

The booster executed a pinpoint landing, getting caught midair by the launch tower’s massive “chopstick” arms. This marked the third test flight where SpaceX was able to successfully recover a Super Heavy booster, a critical step toward reducing costs by reusing the rocket’s first stage. 

The crowd at South Padre Island, watching from across the water, erupted in cheers as the Super Heavy booster settled into the tower’s grasp.

Starship Upper Stage Lost

The mission’s upper stage, known as Ship 34, faced a starkly different fate. Intended to deploy four mock Starlink satellites and splash down in the ocean about 66 minutes after launch, the spacecraft encountered trouble during its ascent. 

Videos posted on social media platform X showed Ship 34 disintegrating during its flight, echoing Flight 7’s upper-stage loss in January. SpaceX addressed the upper stage’s failure in a post on X. 

“During Starship’s ascent burn, the vehicle experienced a rapid unscheduled disassembly and contact was lost. Our team immediately began coordination with safety officials to implement pre-planned contingency responses. We will review the data from today’s flight test to better understand root cause. As always, success comes from what we learn, and today’s flight will offer additional lessons to improve Starship’s reliability,” SpaceX wrote in its post.

Watch SpaceX’s Starship Flight 8 livestream in the video below.

SpaceX has announced a new target date for Starship Flight 8. As per the private space company, Starship’s eighth flight test is scheduled for Thursday, March 6, with the launch window opening at 5:30 p.m. CT. 

Starship Flight 8 comes after SpaceX completed an investigation into the Starship upper stage’s loss during Flight 7.

Mission Targets

The upcoming mission will follow a suborbital trajectory, deploying four Starlink simulators that will burn up on reentry, as per a release from SpaceX. This also marks Starship’s first payload drop. A single Raptor engine relight in space is planned, alongside reentry experiments that should help pave the way for the Starship upper stage’s return and catch at the launch site in later missions. 

The Super Heavy booster will launch, execute a boostback burn, and attempt a catch by the tower’s chopsticks. If health checks on the booster or tower falter, or if the Flight Director withholds final approval, the booster will default to a trajectory for a soft splashdown in the Gulf of America. Sonic booms from the returning booster will be audible near the landing zone.

Starship's eighth flight test now targeting to launch as soon as Thursday, March 6 → https://t.co/alyJTRtOIP pic.twitter.com/3OORFZbSPT— SpaceX (@SpaceX) March 5, 2025

Improvements to Starship and Super Heavy

As noted by SpaceX, Starship’s forward flaps have been redesigned to reduce reentry heat exposure and simplify mechanisms. The Starship upper stage’s propulsion system has also gained a 25% propellant volume boost for longer flights. 

SpaceX has removed a number of tiles from Starship to stress-test vulnerable spots across the vehicle. The reentry profile is designed to intentionally stress the structural limits of the upper stage’s rear flaps while at the point of maximum entry dynamic pressure as well.

The Super Heavy booster, on the other hand, features upgraded avionics, a more powerful flight computer, enhanced power and network distribution, and integrated smart batteries.