Amazon’s Project Kuiper has just been cleared by Ofcom to operate in the UK, giving it a foothold in Europe and a long-overdue starting line against Starlink®.
It’s the first time a Western rival has reached the regulatory stage Starlink crossed years ago. The race for low Earth orbit internet now actually has two runners, even if one of them is a long way back.
Where Kuiper sits today
Starlink already has more than 7,050 satellites in orbit. Kuiper has two prototypes. Amazon’s plan is a 3,236-satellite constellation, with launches contracted to ULA’s Vulcan, Atlas V, Arianespace’s Ariane 6, and Blue Origin’s New Glenn. The first production batch is expected this year.
Ofcom’s approval matters because it lets Amazon start commercial service in the UK once enough satellites are up. It does not close the gap. For at least 2026, Starlink will be the only LEO option most European customers can actually buy.
The tech is similar, the maturity isn’t
Kuiper plans optical inter-satellite links, the same laser mesh Starlink has been running on its newer V2 satellites. On paper the architectures look alike: low orbit, phased-array user terminals, optical backhaul between birds.
The hard part isn’t the physics, it’s operating thousands of objects moving at 27,000 km/h without running them into each other or into someone else’s spacecraft. Starlink has done over 50,000 collision-avoidance manoeuvres so far, which gives some idea of how busy that orbit has become.
Starlink’s softer spot
Starlink dominates the market, but it isn’t unbeatable. Analysis from MoffettNathanson suggests Starlink will struggle to scale into mainstream US households, mainly because the economics of LEO favour low-density rural users rather than suburbs already covered by fibre and cable.
That’s the gap Kuiper is aiming at, and it’s the same gap that matters in Europe and Australia: regional homes, farms, mine sites, marine, and travellers who can’t get reliable fixed-line service.
The European angle
Europe isn’t standing still either. Luxembourg’s SES, Spain’s Hisdesat, and Eutelsat-OneWeb have been positioning to provide sovereign backup capacity, partly driven by the Ukraine experience where Starlink has been critical for front-line communications and shown real resilience against Russian jamming.
The EU’s own IRIS² constellation is funded but years from service. China is moving fast on Guowang and Qianfan. None of these will reach Starlink’s footprint quickly, but the days of one company owning LEO internet are clearly ending.
What this means for users
For now, nothing changes. Starlink remains the only practical choice for off-grid internet in remote Australia, including everything we rent out. But by 2027 there’ll likely be a second option with similar performance, and that’s when pricing and service quality usually start to improve.
We’ll be watching Kuiper’s launch cadence closely. Two prototypes don’t make a constellation. The next 18 months will tell us whether Amazon can scale or whether Starlink keeps its head start indefinitely.