Besxar Fabships – A Falcon 9 launch set for Sunday morning will carry two Besxar Space Industries semiconductor test pods—Fabships—on the rocket’s first stage as it rises above the Karman Line and returns after a short sub-orbital flight, alongside the deployment of 29 Starlink
At 6:50 a.m. EDT on Sunday, a Falcon 9 booster is scheduled to do two things at once: help deploy a new batch of Starlink satellites from Cape Canaveral, and carry a Washington, D.C.-based company’s latest attempt to make semiconductor manufacturing work in space.
The Starlink 10-50 mission is planned to lift off from Space Launch Complex 40 shortly after sunrise. Space Force meteorologists predicted an 85 percent chance of favorable weather for launch. Coverage is set to begin about an hour before liftoff.
But the payload isn’t just internet hardware. In addition to boosting 29 satellites for SpaceX’s internet service, the Falcon 9 first-stage booster will hitch an eight-minute, 19-second ride to space and back with two manufacturing pods for Besxar Space Industries.
Besxar’s goal is to use space’s vacuum to produce ultra-pure semiconductor substrates and precursor materials. The company previously said it is reaching the limits of what can be built on Earth—citing how AI data centers are straining power and cooling limits. how silicon is nearing its physical edge. and how fabrication plants struggle to achieve the vacuum or yields that next-generation materials demand.
The company’s testing approach is built around speed. Besxar has described these short-duration, sub-orbital flights with rapid turnarounds as ideal for fine-tuning its manufacturing process. Its Fabships test-bed units—called “Clipper Class”—are about the size of a microwave oven.
After the rocket releases its second stage to carry the payload into orbit, the first-stage booster continues to coast upward. On a Starlink mission, a first-stage booster typically reaches an altitude of about 115 kilometres before gravity pulls it back. It then lands on a drone ship in the ocean.
To Besxar, that return trip matters as much as the climb. The early Clipper Class Fabships, the company said, will carry a variety of terrestrial-manufactured semiconductor wafers to see how they hold up against the rigor of a rocket launch and reentry.
In an interview on the CNBC podcast “Manifest Space. ” Besxar Founder and CEO Ashley Pilipiszyn described the test like “the ultimate egg drop challenge.” She said the objective is to ensure not only that wafers reach space and survive the manufacturing step. but also that they can be brought back without cracking or other damage.
Besxar says its route to faster iteration depends on a regular launch and reentry cadence. “With a regular cadence of launch and reentry missions. we can now iterate faster than ever—transforming space into a critical extension of America’s semiconductor supply chain. ” Pilipiszyn said in a statement last year.
The company’s space test plans were formalized publicly in October 2025, when it revealed it had booked 12 Falcon 9 flights to test the space-based semiconductor substrate manufacturing plants it calls “Fabships.” Pilipiszyn previously worked for OpenAI in its early days.
Besxar has also received backing through Nvidia’s Inception Program for startups, and SpaceX is listed as one of its investors.
Even as the semiconductor experiment prepares for its eight-minute and 19-second arc. the Starlink launch itself is already a major moment in SpaceX’s ongoing internet expansion. Sunday’s Falcon 9 launch is SpaceX’s 62nd Starlink delivery mission of the year. Deployment of the stack of 29 v2 Mini Starlink satellites is slated for one hour, three minutes, and 31 seconds after launch.
Falcon 9 Starlink 10-50 Besxar Space Industries Fabships Clipper Class semiconductor manufacturing Karman Line Cape Canaveral Space Force weather v2 Mini Starlink