MIDLAND, TEXAS — Direct-to-device (D2D) satellite operator AST SpaceMobile, Inc. has officially entered final flight preparations and logistics processing for its next major orbital campaign. According to an updated programmatic roadmap released by corporate leadership, the company’s next three next-generation satellites—BlueBirds 11, 12, and 13—are scheduled for an orbital rideshare deployment during the first half of August 2026.
The heavy spacecraft will launch into low Earth orbit (LEO) aboard a SpaceX Falcon 9 rocket flying out of Cape Canaveral Space Force Station in Florida. The upcoming flight maintains the company’s aggressive third-quarter manifestation pace, following immediately on the heels of its successful June 17, 2026, deployment of BlueBirds 8, 9, and 10, which are currently undergoing automated orbital phasing and in-orbit checkout sequences.
Flight Architecture and Hardware Scaling Metrics
The BlueBird 11, 12, and 13 spacecraft utilize AST SpaceMobile’s advanced Block 2 satellite architecture, which relies on a specialized stackable composite carbon structural framework. This layout allows multiple multi-ton payloads to be nested compactly together inside standard SpaceX 5-meter fairing volumes, maximizing launch efficiency.
[ Block 1 BlueBirds ] [ Block 2 BlueBirds (11-13) ]
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• 693 sq ft Phased Array • 2,400 sq ft Phased Array
• 98.9 Mbps Peak Downloads • ~200 Mbps Target Peak Speeds
• Standard Comm Layer • Custom AST5000 ASIC Cores
Once deployed and oriented in orbit, each satellite will unfurl a massive commercial communications phased array measuring approximately 2,400 square feet (223 square meters), establishing them as the largest commercial antenna structures operating in LEO. Powered by the company’s proprietary AST5000 application-specific integrated circuit (ASIC) architectures, the Block 2 spacecraft support up to 10 GHz of active processing bandwidth across 2,000 discrete coverage cells per satellite. This hardware leap allows the Block 2 units to deliver up to 200 Mbps in peak data speeds—effectively doubling the network throughput of the company’s initial first-generation Block 1 satellites.
Strategic Market Repositioning
The push to accelerate Block 2 deployment follows a structural recalibration of the company’s multi-provider launch manifest. Following the catastrophic launchpad failure and subsequent total destruction of a Blue Origin New Glenn rocket carrying BlueBird 7 in late May 2026, AST SpaceMobile adjusted its near-term launch pipeline to shift near-term payloads exclusively onto flight-proven Falcon 9 vehicles.
While the loss of BlueBird 7 introduced an estimated three-to-six-month delay into the start of continuous commercial service—pushing initial widespread rollouts into the first half of 2027—the company has sustained intense commercial engagement with global Mobile Network Operators (MNOs). AST SpaceMobile currently maintains active integration agreements with nearly 60 international MNOs commanding a combined user base exceeding 3 billion subscribers, backed by primary strategic equity investments from AT&T, Verizon, Vodafone, Rakuten, and Google.
Expanding Military and Institutional Milestones
Beyond commercial smartphone connectivity, the upcoming launch supports AST SpaceMobile’s expanding footprint within the government, defense, and national security sectors. Operating under a prime contractor status awarded by the U.S. Space Development Agency (SDA) and the Missile Defense Agency (MDA), the company is designing dedicated secure, secure-frequency partitions within its large-aperture array lines.
These specialized space-based pathways are engineered to provide tactical over-the-horizon communications, real-time telemetry backhaul, and alternative secure PNT data routes directly to unmodified military communication equipment deployed in contested, electronic warfare-heavy, or radar-denied operating environments. Long-term production lines at the company’s 500,000-square-foot manufacturing center in Midland remain fully funded, with active assembly lines currently processing structural sub-assemblies through BlueBird 37.