AST SpaceMobile Q1 FY26 earnings call ASTS

Management framed Q1 2026 as evidence of AST transitioning from an R&D-stage company to fully scaled operational deployment across manufacturing, MNO partner expansion, ground-network integration, multi-partner launch and balance sheet. The company holds over 0.5 million square feet of manufacturing and operations space globally and describes a 95% vertically integrated manufacturing strategy as a durable long-term advantage. Leadership stated it is producing microns, phased arrays and stackable satellite composite structures at an accelerating pace to support a target cadence of 6 fully assembled satellites per month. The call format was a scripted business update with pre-submitted shareholder questions followed by live analyst Q&A.

BlueBird 11 through BlueBird 33 are in advanced stages of assembly, with phased arrays completed through BlueBird 28. The custom ASIC (AST5000) is complete and incorporated into the production line, increasing manageable bandwidth per satellite from ~1 GHz (FPGA satellites) to 10 GHz (ASIC satellites) — a factor-of-10 increase. Management clarified that peak data rates are not dependent on FPGA vs ASIC; the ASIC governs how many simultaneous connections/how the 10 GHz pipe is distributed. The company reports it now produces its full composite structures in-house, owns all related IP, and has over 1,000 people dedicated to building composite structures, with automation and robotization being extended in Midland.

AST maintains a launch-vehicle-agnostic, multi-provider strategy spanning SpaceX Falcon 9, Blue Origin New Glenn and others, with ULA Vulcan mentioned as an additional heavy-lift option in development. Stacking capacity is up to 3 on Falcon 9, up to 5 on Vulcan, and up to 8 on New Glenn/Blue Origin. The company returns to the launch pad at Cape Canaveral in mid-June with BlueBirds 8, 9 and 10 on Falcon 9, targeting approximately 45 satellites in orbit by year-end. BlueBird 7 was lost in a New Glenn upper-stage anomaly; management called it a loss, noted Blue Origin is working through the investigation (no public timeline), and expressed optimism given Blue Origin landed a booster and has two boosters ready. There is also a separate FAA investigation with no publicly disclosed timeline.

AST's satellites can tune within approximately 1,100 MHz of low-band and mid-band tunable MNO (IMT/3GPP) spectrum globally, including 45 MHz of MSS lower mid-band (L-band) spectrum and 60 MHz of licensed S-band priority rights outside North America. The 45 MHz of L-band is currently unused, presenting a monetization opportunity, and offers superior propagation versus other MSS frequencies. Management emphasized combining large phased arrays (the largest in LEO), MNO shared spectrum, MSS spectrum and AI spectrum-management features to multiply spectrum efficiency. AI spectrum management dynamically predicts user location/traffic across a satellite's ~200 sq km field of view and allocates power/spectrum square-kilometer by square-kilometer. The IP portfolio stands at approximately 3,900 patents and patent-pending claims.

AST received 3 additional US government awards through prime contractors addressing 3 unique use cases across secure communications and non-communications capabilities, positioned as proof points ahead of larger contracts including Golden Dome. During Q1 the company executed across 5 existing government contracts, advancing milestones under its Space Development Agency prime contract (Europa Track 2 Commercial Solutions Program under HALO) for tactical communications, milestones on contracts where Fairwinds is prime (follow-on to previously demonstrated NTN tactical SATCOM, including a field test with a Tactical Assault Kit over VPN and secure multiparty video on unmodified smartphones with USINDOPACOM participation), and a separate SDA contract via a prime for non-communications on-orbit testing. Management cited a Space Force budget request over $70 billion and framed non-communications defense capabilities as usable with already-deployed low-band spectrum, not requiring mid-band. The company has formed a wholly owned government and defense subsidiary.

AST is scaling ground-network integration across the US, Canada, UK, India, Brazil, Spain, Germany, France, Romania, Saudi Arabia, Japan, New Zealand, Philippines, Cote d'Ivoire, Kenya, Nigeria and Senegal — targeting a combined population of 2.9 billion people. Gateways interface directly with Nokia, and MNO cores over standard 3GPP protocols, scaling natively with 4G/5G. The company is deploying hundreds of fixed cells per week, achieved satellite-to-satellite cellular broadband connectivity handoff without disrupting the connectivity experience, and recently hit a peak data speed of 98.9 Mbps to unmodified off-the-shelf smartphones over international waters using in-orbit Block 1 satellites. Hardware to deliver initial commercial services is now positioned in respective regions across 5 continents, with commercial deployment described as an important leading indicator ahead of service activation.