KENT, Washington – Analysis of recent strategic hiring and program updates on Wednesday, March 4, indicates that Blue Origin is rapidly advancing its “9×4” super-heavy lift configuration of the New Glenn rocket alongside its newly unveiled TeraWave satellite network.
The company is currently aggressive in its recruitment for specialized roles in in-house Hall thruster development, custom silicon design, and National Security Space Launch (NSSL) certification management.
Industrial Pivot: The New Glenn 9×4 and Reusable Upper Stage
The “9×4” configuration represents a significant upgrade to the baseline New Glenn architecture. It increases the first-stage engine count from seven to nine BE-4 liquid oxygen/liquified natural gas (LOX/LNG) engines. This variant is designed to address the mass penalty associated with a potentially reusable second stage—a project currently involving advanced research into ceramic-based Thermal Protection Systems (TPS) and metallic “BlueTPS” solutions developed in partnership with NASA.
Recent production engineering postings at Launch Complex 36 (LC-36) in Cape Canaveral confirm that Blue Origin is scaling infrastructure to support both the increased thrust of the 9×4 variant and the faster refurbishment cycles required for its reusable boosters.
TeraWave: The 6 Tbps Enterprise Backbone
Announced in January 2026, TeraWave is Blue Origin’s answer to the growing demand for mission-critical, high-throughput space data. Unlike consumer-facing constellations, TeraWave is a purpose-built enterprise and government network.
System Specifications:
- Constellation Size: 5,408 satellites (5,280 in LEO; 128 in MEO).
- Total Throughput: 6 Terabits per second (Tbps) global capacity.
- Connectivity: Symmetrical gigabit speeds using Q/V-band and optical inter-satellite links (OISL).
- Technology: Job postings for “TerraWave” (internal program name) reveal the development of proprietary radiation-hardened silicon and high-efficiency Hall effect thrusters for long-duration orbital station-keeping.
Path to National Security Certification
Blue Origin is currently at the halfway mark for NSSL Phase 3 Lane 2 certification. Following the successful NG-2 (EscaPADE) mission in November 2025, which saw the first successful sea landing of the booster on the vessel Jacklyn, the company has completed two of the four required flights.
“Certification flights provide valuable analytical data to ensure each launch system is ready to deliver our most exquisite USSF satellites,” stated Space Systems Command (SSC) in a recent progress review.
Rationale and Strategic Market Push
The expansion into the 9×4 configuration and in-house constellation hardware reflects a “vertical integration” strategy intended to reduce dependence on external vendors and lower the price-to-orbit for heavy payloads. By developing the TeraWave network, Blue Origin is positioning itself as both a launch provider and a data infrastructure company, directly competing for defense contracts that require secure, low-latency “space-based data centers.”
Future Mission Roadmap
The first deployment of TeraWave satellites is scheduled for Q4 2027 aboard the New Glenn 9×4. In the immediate term, Blue Origin is preparing for the NG-3 mission, which will carry AST SpaceMobile’s next-generation Block 2 BlueBird satellite, and NG-4, which will debut the Blue Moon Mark 1 uncrewed lunar lander.
