As the billionaire space race heats up, the world’s astro-tycoons seek to follow SpaceX’s lead into low Earth orbit (LEO), and Jeff Bezos’ space projects, Amazon Leo and Blue Origin, gain a foothold. In April, Amazon reached an $11 billion deal to acquire Globalstar, a major player in smartphone connectivity, paving the way for a landmark deal with Apple. However, Amazon’s satellite program likely depends on its ability to establish a launch pipeline independent of SpaceX. A partnership with French company Arianespace, which operates the European Space Agency’s Ariane 6 rocket, could be key to bridging the LEO gap. Since February, the company has launched 64 satellites via rocket.
Bezos has made it his mission to bridge the gap between him and fellow space oligarch Elon Musk. With more than 10,000 satellites in its Starlink constellation, SpaceX owns about two-thirds of all satellites currently in orbit. The Amazon constellation pales in comparison. With just over 300 satellites, Amazon’s Leo comes in a distant third among private satellites. However, the conglomerate hopes to increase these figures in the years to come. Between Amazon’s projected 7,700-satellite Leo constellation and Blue Origin’s upcoming 5,000-satellite TeraWave project, Bezos may soon be poised to challenge Musk.
Built on stockpiles of cheap, reusable rockets, SpaceX’s empire is built on its ability to launch satellites at unprecedented speed. This advantage has forced the industry to rely heavily on SpaceX to launch its own satellites. The lack of scalable launch capabilities is a notable problem for Amazon, which has struggled to meet its lofty projections. By diversifying its launch partners, Amazon could finally be on the verge of realizing its ambitions.
A partnership to reach low Earth orbit
Amazon’s constellation, whose full-scale launch program began in 2025, is only a tenth of the way to full deployment. However, according to Chis Weber, director of Amazon Leo, Amazon is about to significantly reduce its launch schedule. “The theme going forward is acceleration,” the executive said at a launch event in April. “What we have said is that over the next 12 months we will double the number of launches, satellites, et cetera.” (via GeekWire)
Partners like Arianespace are essential to the development of Amazon Leo’s Internet constellation. To date, Amazon Leo has completed two of 18 scheduled Ariane 6 launches. The 64 satellites deployed on these missions represent approximately 20% of Amazon Leo’s total fleet. So far, Amazon has entered into launch agreements for more than 80 missions. Beyond Arianespace, launch operators include Blue Origin, United Launch Alliance and SpaceX. However, this progress lags behind the company’s initial projections as the company struggles to meet the FCC’s July 2026 deadline to deploy half of its constellation fleet. Despite these difficulties, the FCC approved Amazon’s request to expand the Leo constellation by 4,500 satellites.
Amazon’s constellation project, formerly known as Project Kuiper, will compete with SpaceX’s Starlink. Once fully deployed, the constellation of 7,700 satellites will target both consumers and businesses. As it stands, Amazon offers three tiers of antennas: Leo Nano, Leo Pro, and Leo Ultra. The latest, Leo Ultra, is an enterprise system that Amazon says is “the fastest endpoint in production, with download speeds of up to 1 Gbps and upload speeds of up to 400 Mbps.”
An astronomical future for satellite Internet
The stakes for Amazon’s satellite expansion couldn’t be higher, as global powers and private sector giants race to win the new space race. According to McKinsey, the space economy could triple to a whopping $1.8 trillion over the next decade. With orbital data centers and lunar colonies potentially on the horizon, the need for affordable and scalable launch operations will be a driving factor in today’s space race.
It remains to be seen to what extent Europe benefits from these trends. However, the Amazon Leo project highlights Europe’s potential strategy in an increasingly crowded market. Ariane 6 illustrates Europe’s multi-jurisdictional approach to space exploration, in which national groups, intergovernmental agencies like ESA and the EU’s European Commission all play crucial roles in member states’ space projects. Although built and operated by the French space agency CNES, hundreds of companies across 13 European countries participated in the development of this heavy rocket. For European planners, it’s a sign that the continent may be able to hold its place in the space industry’s rapidly evolving economic model.
For Amazon, the Ariane launch represents an important piece of the puzzle of its low Earth orbit. While Bezos’ Blue Origin has been at the forefront of reusable rocket systems, its 38 launches are not enough to satisfy Amazon’s high demands. Instead, the company must enter into contracts with various launch partners in order to achieve its stated mission. And even though the conglomerate failed to reach the promised heights, the launch of Ariane 6 could propel it in the right direction. The question of whether Ariane 6 can close the astronomical gap between Amazon and SpaceX’s constellation of 10,000 satellites could define the space race.
