Blue Origin, the aerospace company founded by Jeff Bezos, has announced a significant foray into the competitive realm of low Earth orbit (LEO) broadband. In a regulatory filing that surprised many industry observers, the company outlined its plans for a satellite network named TeraWave, which aims to deploy over 5,000 LEO satellites alongside a medium Earth orbit (MEO) layer. This ambitious initiative intends to deliver data transmission speeds of up to 6 terabits per second through point-to-point ground links.
TeraWave represents a notable shift for Blue Origin, which has previously concentrated on developing launch vehicles, lunar landers, and other space infrastructure. The launch of this satellite constellation raises critical questions regarding the company’s capacity to meet the technological and logistical challenges associated with such a large-scale project.
The proposed LEO satellites will utilize higher-frequency spectrum compared to competitors, which may render their connections more vulnerable to atmospheric disruptions. The high data speeds anticipated from the MEO layer depend on emerging optical space-to-ground technology, which remains largely unproven.
One industry executive expressed skepticism about TeraWave’s immediate viability. Armand Musey, founder of the advisory firm Summit Ridge Group, noted that the slow rollout of Amazon’s own LEO broadband constellation, which comprises 3,232 satellites, raises concerns about launch capacity. “There aren’t enough launch vehicles,” he stated, highlighting the existing backlog of satellite deployments.
Blue Origin, however, remains optimistic. Stephanie Plucinsky, a spokesperson for the company, confirmed that the TeraWave constellation will be launched using their New Glenn rocket. In the filing submitted to the Federal Communications Commission (FCC) on January 21, 2023, Blue Origin detailed plans for 5,280 LEO satellites operating within the Q- and V-bands, which are higher frequencies than the Ku- and Ka-bands typically used in existing broadband networks. The satellites would connect via laser links to 128 MEO satellites, which would facilitate high-speed data transfer to ground terminals.
This design is distinct from traditional consumer broadband systems, which rely on shared bandwidth among users. TeraWave aims to serve around 100,000 enterprise and government customer sites globally, providing dedicated, predictable capacity and enhanced reliability. While Blue Origin claims that TeraWave will not compete with Amazon’s LEO project, the dual satellite networks present potential conflicts of interest for Bezos.
The initiative places Blue Origin among a growing number of companies looking to establish satellite constellations aimed at enterprise and government users. Noteworthy competitors include Telesat’s Lightspeed, Rivada’s Outernet, and the Eutelsat satellites supporting Europe’s IRIS2 program, all of which are targeting operational deployment by 2027.
Blue Origin’s entry into the market has prompted mixed reactions. According to Jean-Baptiste Thépaut, a principal at consultancy Novaspace, TeraWave targets an unmet need for enterprise-grade connectivity rather than directly competing with other existing LEO operators. “This could further reduce the market for OneWeb and Telesat Lightspeed,” he cautioned, as Blue Origin’s offering could encroach on the higher-end segments of the market currently dominated by other providers.
The implications extend to SES, a company that has pioneered commercial MEO broadband. Carmel Ortiz, senior vice president of MEO constellation programs at SES, noted that Blue Origin’s plans validate the potential of MEO connectivity. Ortiz emphasized SES’s readiness to adapt and compete, pointing to their ongoing deployment of the upgraded O3b mPower constellation.
As the satellite broadband landscape becomes increasingly crowded, the question remains: how much will Blue Origin invest to bring TeraWave to fruition? The ambitious timeline for launches, which aims to commence within 18 months, relies heavily on regulatory approval and launch capacity. The FCC filing includes multiple waiver requests, reflecting the complex landscape of satellite licensing that has come under scrutiny as demand surges.
Blue Origin’s challenge will not only be securing regulatory approvals but also ensuring the availability of launch vehicles. Amazon has previously requested extensions on regulatory deadlines due to launch capacity constraints, indicating that even established players encounter hurdles in this evolving market.
The technical challenges associated with TeraWave are substantial. The use of high-frequency bands and optical links can facilitate high data rates, but they also introduce risks related to atmospheric disruptions and potential issues with user terminal design. Analysts have raised concerns about the existing ecosystem for user terminals in these bands, which does not currently exist.
Blue Origin has kept much of the TeraWave project under wraps, revealing limited details beyond the FCC filing. The company aims to address growing bandwidth needs driven by cloud migration and emerging technologies such as artificial intelligence. The potential for space-based data centers, championed by Bezos, adds another layer of complexity to the project.
As the market for LEO broadband expands, Blue Origin’s TeraWave could either carve out a significant niche or face challenges from established competitors. The coming years will be critical in determining the viability and impact of this ambitious initiative.
