In a landmark push to secure independent orbital access, satellite cellular broadband developer AST SpaceMobile (NASDAQ: ASTS) has entered into a $1.3 billion engine supply and licensing pact with Firefly Aerospace (NASDAQ: FLY). The deal powers AST’s newly unveiled in-house heavy-lift launch vehicle, Blacklift, designed to accelerate low Earth orbit (LEO) satellite deployment and reduce reliance on third-party commercial launchers.
📌 Deal Architecture & Propulsion Deliverables:
• $1.3 Billion Multi-Year Agreement: Firefly will engineer and supply propulsion systems for the initial buildout of AST’s heavy-lift launch vehicles.
• 36 Engines Across Initial Fleet: The contract covers 27 core Miranda engines and 9 in-space Vira upper-stage engines dedicated to the first three Blacklift rockets.
• Long-Term In-House Licensing: Beyond hardware delivery, the agreement grants AST SpaceMobile a manufacturing license to build the engines internally for future scale.
• Market Reaction: Shares of Firefly Aerospace surged ~13% on the announcement, while AST SpaceMobile climbed 5%.
📌 Strategic Objectives: Reusability & Vertical Integration:
• Targeting 2028 Maiden Flight: AST is aiming for a late-2028 debut launch for the Blacklift system.
• High-Payload Constellation Economics: Built specifically for reusability, each Blacklift mission is engineered to carry up to five next-generation BlueBird satellites directly into orbit.
• Decoupling from External Providers: As global satellite operators compete for limited medium- and heavy-lift launch manifests, AST’s vertical integration strategy mitigates bottleneck risks, dampening reliance on external launch providers such as SpaceX’s Falcon 9.
💡 Market Takeaway: Launch capacity is rapidly becoming the ultimate choke point for direct-to-cell telecom ambitions. By locking in a $1.3B propulsion pipeline and licensing rocket IP directly, AST SpaceMobile transitions from a captive customer into a vertically integrated space infrastructure player capable of dictating its own deployment cadence.