Blue Origin New Glenn Targets April Launch of AST Space Mobile Satellite

Key Takeaways

• New Glenn launch scheduled April 10‑14, 2026
• Block 2 BlueBird offers up to 120 Mbps speeds
• AST aims for 100% U.S. coverage via 5,600 cells
• Production targets 40 satellites by early 2026
• Spectrum portfolio includes 1,150 MHz global MNO bands

Summary

AST SpaceMobile is set to launch its Block 2 “BlueBird” satellite on Blue Origin’s New Glenn NG‑3 mission between April 10‑14, 2026. The next‑generation satellite promises up to 120 Mbps peak data rates and 24/7 nationwide cellular broadband coverage across more than 5,600 cells. Block 2 satellites deliver ten‑fold bandwidth over the first‑generation models, with 40 MHz beams supporting voice, data, and video services. AST plans to have 40 satellites built by early 2026, scaling toward 45‑60 in orbit by the end of 2026.

Pulse Analysis

The upcoming New Glenn mission marks a pivotal moment for satellite‑based broadband, as AST SpaceMobile prepares to deploy its Block 2 "BlueBird" constellation. Unlike traditional low‑Earth‑orbit (LEO) internet providers that focus on data‑only services, AST’s architecture integrates directly with existing mobile‑network operators, promising true cellular connectivity from space. By leveraging Blue Origin’s proven launch reliability, AST can accelerate its rollout schedule, positioning itself against rivals such as SpaceX’s Starlink and Amazon’s Project Kuiper, which target similar markets but rely on different business models.

Technically, the Block 2 satellites feature 40 MHz phased‑array beams capable of delivering up to 120 Mbps per user, a ten‑fold increase over the first‑generation BlueBirds. With more than 5,600 coverage cells, the network is engineered for uninterrupted 24/7 service, supporting voice calls, high‑definition video, and IoT traffic. AST’s extensive spectrum holdings—1,150 MHz of global MNO bands, 45 MHz of MSS mid‑band in North America, and 60 MHz of dedicated S‑band—provide the flexibility to operate across low‑ and mid‑band frequencies, mitigating congestion and enhancing signal resilience.

From a market perspective, the April 2026 launch signals AST’s readiness to transition from prototype to commercial scale. The company’s goal of assembling 40 satellites by early 2026, followed by a 45‑60 satellite fleet by 2026’s end, could deliver near‑complete U.S. coverage within a few years. This rapid deployment may attract partnerships with major carriers seeking to extend coverage to rural and underserved areas, while also opening new revenue streams through wholesale spectrum licensing. As the satellite broadband sector matures, AST’s integration with terrestrial networks and its alliance with Blue Origin could redefine connectivity standards and accelerate the convergence of space‑based and ground‑based communications.