AST SpaceMobile (ASTS) Q4 FY25 earnings call: guidance and Q&A

What were the key learnings from BB6 and BB7, and how will composite satellite production differ, addressing any unforeseen delays?

Abel explained that the successful deployment of BB6, the largest phased array ever, provided crucial learnings for faster operation and deployment of subsequent satellites. Future launches will involve stacking multiple satellites (3, 4, 6, or 8) per launch, which is near completion and will accelerate the cadence to meet 2026 deployment goals.

“And going through that first deployment of 2,400 square feet successfully, learn how to capture, control and manage the satellite at that size will allow us to actually do it much more faster and we do 7, 8, 9, 10, 11, 12, 14 satellites sit that are common.”

asked by Justin from Georgia · answered by Abel Avellan

Is there an updated timeline for the mid-band constellation using L and S-band spectrum?

Abel stated that the company plans to start launching the mid-band constellation by the end of 2026. This constellation will combine 3GPP standard operator frequencies with AST SpaceMobile's L and S-bands, offering greater flexibility and significantly increasing data rate capacity beyond the current 120 megabits per second.

“We're planning to start launching the mid-band constellation by the end of the year.”

asked by Justin from Georgia · answered by Abel Avellan

Why was the recent $1 billion convertible note offering issued, given existing liquidity was already sufficient for 100 satellites?

Andy clarified that the offering provides extra flexibility beyond funding the initial 100-plus satellite constellation. It allows for accelerating global spectrum deployment, monetizing AI-related commercial opportunities, enhancing government space investments, reducing higher interest debt, and pursuing opportunistic investments to accelerate SpaceMobile services.

“the convertible deal that we did at just over $1 billion in February provides us essentially extra flexibility to look at investments that go beyond that first 100 constellation.”

asked by Kevin from Vancouver · answered by Andrew Johnson

Do you foresee building future Block 2 satellites with different payloads exclusively for government customers or applications?

Abel explained that the current satellites are designed to manage all applications, including commercial and government contracts, on a single platform. This allows for simultaneous use for both total addressable markets, maximizing efficiency without needing separate satellite designs.

“Listen, the satellites are really designed to manage all these applications in a single platform. So we do not need multiple satellites for multiple payloads.”

asked by Griffin Boss with B. Riley Securities · answered by Abel Avellan

Can you elaborate on your thermal management patent and other capabilities, and how they relate to opportunities in space data centers or other applications?

Abel highlighted that proprietary thermal management is a key enabler for producing high-power, large-aperture satellites cost-effectively in space. This, combined with AI capabilities for spectrum management, radar, and precise geolocation, opens up significant additional value and opportunities beyond core communications, such as data storage and management.

“So we have -- that's why we have built up a significant portfolio of IP. That is a particular -- I think you hit it right, that's a particular technology that enable a lot of things.”

asked by Griffin Boss with B. Riley Securities · answered by Abel Avellan

What service level will the network support during initial beta offerings, and will capabilities evolve as more satellites come online?

Abel clarified that peak data rates will be directionally proportional to the allocated spectrum, with some partners offering up to 100 megahertz. Initial commercial services will start with lower allocated spectrum, but as more spectrum is enabled and combined (low-band with mid-band), peak data rates will continuously enhance.

“The way to think about this is peak data rate. So what peak data rate you can expect on the phone will be directionally proportional to the amount of spectrum that we get allocated.”

asked by Louie DiPalma with William Blair · answered by Abel Avellan

Can you provide more color on the manufacturing pace, how many satellites are ready to ship, and the challenges/solutions for stacking multiple satellites?

Abel and Scott confirmed that the manufacturing pace is accelerating, with the company on target to have 60 satellites ready to ship and 45 in orbit by year-end 2026. They explained that the successful deployment of BB6 provided crucial learnings. The ability to stack multiple satellites (3, 4, 6, or 8) for a single launch is near completion, which will significantly boost launch cadence, with the next batch expected to ship in April.

“Getting them ready for a combined launch is the ability -- I mean, you're talking about something like a 5-story building worth of satellites, stacking them in either blocks of three of them, four, six, or eight. And -- but that process is completed.”

asked by Bryan Kraft with Deutsche Bank · answered by Abel Avellan