“Transforming industries” that’s how SES CEO Adel Al-Saleh described the impact of the company’s O3b mPower satellites, a message reinforced by the successful launch of the fifth set of these next-generation broadband satellites by SpaceX on July 22. With the launch, SES brings ten working satellites to its next-generation MEO constellation, a key milestone toward the company’s ambitious goal: an entirely revamped MEO broadband network by 2027. The technical and commercial effects on the satellite internet industry are seismic.
Working at the heart of SES’s strategy is the O3b mPower architecture, a flexible and scalable constellation. Each satellite, developed in partnership with Boeing, resides at 8,000 kilometers high a sweet spot orbit that maximizes latency and reach. The technological leap is substantial: each O3b mPower unit includes software-defined payloads that dynamically allocate bandwidth to create more than 5,000 steerable beams per satellite. This flexibility enables SES to supply data rates “from tens of Mb/s to multiple Gb/s to any site,” in the words of the company, and support applications ranging from cloud computing and ship navigation to defence communications and government networks. The constellation’s multi-terabit capacity is designed to meet the increasing demand for secure, high-capacity connectivity across markets.
The competition environment for satellite broadband is transforming so rapidly with MEO, LEO, and GEO systems vying for ever-more differentiated segments in the market. MEO satellites like O3b mPower have their own niche. They offer latency between 30–120 millisecond range, significantly less than GEO satellites at 500–700 milliseconds but wider and more evenly distributed coverage than the extremely dense LEO constellations. This equidistance is crucial in industries where speed and reliability are not up for debate. As analysts note, “MEO satellites bring fibre-like performance to remote areas where laying fibre is not viable,” a capability that has already won high-profile clients such as Microsoft, Virgin Voyages, and NATO.
SES’s technical and operational prowess has been pushed and exceeded by recent challenges. The initial constellation of O3b mPower satellites, launched in 2024, suffered from a bad design in their power modules, which shortened their lifespan. But SES counterattacked by re-designing later satellites and streamlining its launch rate, a change industry participants see as evidence of the company’s “strategic shift: companies are no longer solely racing to launch but are instead embedding contingency planning into their operational DNA.” Later satellites, like December 2024’s and July 2025’s, exhibit these design enhancements, ensuring the constellation’s long-term survivability.
Financially, the strategy of SES is as high-stakes as the satellite broadband business. SES reported negative €51 million cash flow for Q1 2025, partially from the cost of O3b mPower, but demonstrated its ability to manage risk by recovering $58 million from insurance claims. This financial strength, complemented by collaborations with industry behemoths such as Boeing, sets SES up to take advantage of a satellite communications market that is set to grow to $318.9 billion by 2030. The O3b mPower initiative also triples SES’s capacity by 2027, a demonstration of the scalability of the underlying technology.
The wider context of satellite orbit choice also sheds light on SES’s strategy. GEO satellites with the widest coverage and highest uniformity suffer from high delay and limited orbital slots. LEO constellations like SpaceX’s Starlink offer low-latency consumer broadband but require thousands of satellites and advanced ground infrastructure. MEO, however, offers an “optimal balance between the extensive coverage area of GEO and the lower latency of LEO,” which is particularly attractive to enterprise, government, and mobility markets where both speed and reliability are a priority according to industry observers.
SES’s vision is more than raw capacity and technical capability. The company’s Adaptive Resource Control software dynamically controls the O3b mPower constellation, continuously optimizing performance in real time and making seamless integration with earth and other orbital networks possible. This adaptive multi-orbit capability enables SES to offer tailored solutions for aviation, maritime, and remote enterprise clients markets where the cost of downtime or less-than-optimal connectivity is in millions.
With a further three O3b mPower satellites launching in 2026, SES will provide a tripling of capacity available by 2027. As the constellation expands, SES’s MEO network will set new standards for throughput, latency, and global coverage, knocking quietly but definitively down the edges of satellite broadband for the future generation of digital infrastructure.
