Private firms race to build their own launch vehicles

Vertical integration vs. reliance. AST SpaceMobile has announced the development of its own medium-lift rocket, Blacklift, to secure launch capacity for its direct-to-cell satellite constellation by late 2028 (Eric Berger from Ars Technica). The company claims this move provides unconstrained access to orbit and superior owner's economics compared to purchasing rides from existing providers. Blue Origin, meanwhile, is aggressively upgrading its New Glenn rocket to lower manufacturing costs and increase payload capacity, aiming for a cadence of over 1,000 launches annually (Eric Berger from Ars Technica).

Startup agility vs. prime dominance. PAVE Space is demonstrating rapid hardware development by designing and delivering its first orbital computer in just four months, now moving to validate its IBEX spacecraft for defense missions by 2028 (Payload). Conversely, defense primes are increasingly outsourcing specialized security and maneuverability capabilities to these younger firms to meet urgent requirements for co-orbital protection and asset defense. Light Year Explorer is simultaneously pursuing cost reduction through unconventional material science, employing a wooden outer skin for its rocket fairings to maintain structural integrity while slashing production expenses (South China Morning Post).

The sector remains divided between companies betting that vertical integration—building their own launch and hardware platforms—is the only way to guarantee market access, and those relying on rapid, specialized partnerships to outpace traditional procurement cycles. While the former prioritizes control over the supply chain to secure long-term viability, the latter leverages modular, high-speed innovation to solve immediate defense and infrastructure gaps.