Updated
Updated · Spaceflight Now · Jul 4
SpaceX Falcon 9 to Launch 29 Starlinks and 2 Chip Test Beds on July 6
Updated
Updated · Spaceflight Now · Jul 4

SpaceX Falcon 9 to Launch 29 Starlinks and 2 Chip Test Beds on July 6

2 articles · Updated · Spaceflight Now · Jul 4

Summary

  • Sunday’s Starlink 10-50 mission will give Besxar Space Industries its first in-flight semiconductor test, with two Clipper Class pods riding the Falcon 9 first stage on an 8-minute, 19-second suborbital trip.
  • The Washington startup wants to use space’s vacuum to make ultra-pure semiconductor substrates and precursor materials, arguing Earth-based fabs are hitting limits in vacuum quality, yields, power and cooling.
  • The microwave-sized pods will carry terrestrial-made wafers to see whether they survive launch, space exposure and reentry without cracking, a step Besxar says is key to refining its manufacturing process.
  • Liftoff from Cape Canaveral is set for 6:46 a.m. EDT with an 85% chance of favorable weather; the second stage is due to deploy 29 Starlink satellites 1 hour, 3 minutes and 31 seconds later.
  • The flight starts a broader campaign Besxar outlined in October 2025, when it booked 12 Falcon 9 missions; for SpaceX, it marks the company’s 62nd Starlink delivery launch of 2026.

Insights

As the chip supply chain extends to orbit, what new strategic vulnerabilities and advantages does this create for America?
Will space factories become the future of the semiconductor industry or just an expensive high-tech experiment?
Beyond semiconductors, what other 'impossible' materials on Earth could soon be manufactured in the vacuum of space?