Satellite communications used to be a slow-moving sector dominated by a handful of geostationary operators. In 2025 it looks very different. SpaceX’s Starlink® keeps launching, the legacy operators are repositioning, and new low Earth orbit constellations are getting closer to going live. Here’s what’s actually happening, and what it means for anyone relying on satellite internet outside the fibre footprint.
Starlink keeps adding capacity
SpaceX continues to fly regular Falcon 9 missions out of Cape Canaveral, deploying batches of Starlink satellites into low Earth orbit on each launch. Most go up from Space Launch Complex 40 at Cape Canaveral Space Force Station, with the booster recovered and reused.
If you want to see one in person, the Kennedy Space Center Visitor Complex sells viewing access at two locations, both included with general admission:
- Apollo/Saturn V Center, Banana Creek, about 10 kilometres from the pad, reached by bus tour on a first-come basis, with the viewing area opening at 12:30 PM.
- Main Visitor Complex, North Atlantis Lawn, about 10.8 kilometres from the pad, next to the Space Shuttle Atlantis exhibit, opening at 1:15 PM.
Both venues run audio and visual commentary from space experts during the countdown. There’s more on a recent batch in our note on the latest Starlink deployment.
The legacy operators are not standing still
Starlink gets most of the headlines, but the older satellite operators are quietly rebuilding their businesses around specific verticals where they still have an advantage.
SES is leaning into cruise and maritime, signing multi-year deals to keep passenger Wi-Fi running across large fleets. It is one of the few operators with both geostationary and medium Earth orbit capacity. SES and Intelsat are also in the process of merging, a deal announced in April 2024 that, once cleared by regulators, would create the largest geostationary fleet operator in the world.
Intelsat is pushing into inflight connectivity, agriculture and border security, using a mix of its own satellites and partnerships with LEO operators. The strategy is clear: stop trying to outrun Starlink on consumer broadband, and instead win contracts where coverage, redundancy and regulatory relationships matter.
Hughes Network Systems is rolling out Fusion, a service that hands sessions between its geostationary JUPITER satellites and OneWeb’s LEO constellation depending on what the application needs. Latency-sensitive traffic goes over LEO, bulk transfer stays on GEO. There’s more on real-world LEO performance in our guide to common Starlink setup issues.
What is coming next
The next genuine challenger to Starlink at the consumer level is still Telesat’s Lightspeed, a 198-satellite LEO constellation now scheduled to begin launches in 2026 on SpaceX Falcon 9 rockets, with commercial service targeted for late 2027. Telesat has positioned Lightspeed as an enterprise and government network rather than a Starlink lookalike, with higher per-terminal throughput and guaranteed service levels.
Amazon’s Project Kuiper has its first production satellites built and is launching through 2025 on ULA Atlas V, Vulcan, Ariane 6 and Blue Origin New Glenn rockets. The FCC licence requires half the 3,236-satellite constellation in orbit by July 2026, which is a tight schedule. Eutelsat OneWeb’s first-generation constellation is already operational and selling enterprise service, with Gen 2 in planning.
Behind all of this, the FCC, the ITU and national regulators including the ACMA in Australia are working through spectrum coordination, orbital debris rules and direct-to-cell approvals. Spectrum, not rockets, is shaping up to be the real bottleneck for the next wave of constellations.
Why it matters on the ground
For a regional business, a remote worksite, or a traveller heading beyond mobile coverage, the headline is straightforward. Competition between Starlink, OneWeb, Kuiper and Lightspeed should mean more capacity, better hardware and steadier pricing, rather than a single operator setting the terms.
The trade-off is that each network has its own terminal, plan structure and coverage map. Multi-orbit services like Hughes Fusion hint at where this is going: the user shouldn’t have to care which satellite the packet went through, only that the connection works when they need it.
Until then, the practical advice has not changed. Check actual coverage for the spot you’ll be using it, look at real upload and latency numbers rather than peak download claims, and make sure the hardware is something you can mount, power and recover when the weather turns.