What advantages will the new generation of Starlink satellites offer?

Starlink Gen3 promises to increase network bandwidth by 100 times, reduce latency to under 20 ms, and deliver symmetrical multi-gigabit internet. This will enhance connectivity for users and expand opportunities for businesses and AI systems.

Why can't SpaceX launch the new satellites on the Falcon 9 rocket?

Gen3 satellites will weigh over 2,000 kg each, making mass launches on the Falcon 9 impossible. SpaceX will need the Starship rocket, which is not yet operational, or the Falcon Heavy for deployment.

What frequency bands will SpaceX use for Gen3?

SpaceX has requested access to a wide range of frequencies, including Ku, Ka, V, E, W, and D bands. While this will enable high-performance data channels, it may cause interference issues for other satellite and wireless services.

How will competitors react to Starlink's expansion?

Competitors like Amazon's Project Kuiper and Eutelsat OneWeb currently cannot match Starlink's capabilities. Geostationary operators, such as HughesNet, are already partnering with SpaceX to redirect customers due to their networks' limitations. Starlink's Gen3 project could solidify its market leadership, pending FCC approval and technical compliance.

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Hardware

SpaceX Plans to Launch 100,000 Starlink Satellites for 100x Bandwidth Boost

July 11, 2026

Photo: ZDNet

Quick answer

SpaceX has filed an FCC application to launch 100,000 Starlink Gen3 satellites, aiming to create a network with 100 times the current bandwidth for ultra-low latency and multi-gigabit speeds.

SpaceX has filed an application with the U.S. Federal Communications Commission (FCC) to launch 100,000 third-generation (Gen3) Starlink satellites. The project involves creating a network in very low Earth orbit (LEO) to succeed the existing Gen1 and Gen2 constellations. Currently, around 11,000 Starlink satellites are in orbit, but this initiative will increase their number tenfold.

Gen3 satellites will be significantly heavier—each weighing over 2,000 kg. This means they will require the Starship rocket, which is not yet ready for regular flights. As a temporary solution, SpaceX is considering using the Falcon Heavy, capable of deploying enough satellites to establish the network. The company states that the new network will serve not only private users and businesses but also government agencies and billions of AI-enabled devices.

The SpaceX application includes a request to use a wide range of frequencies, including Ku, Ka, V, E, W, and D bands. While this will enable high bandwidth and low latency, it may create interference issues for other satellite and wireless services. The company has pledged to coordinate with existing operators and adhere to interference-free principles.

For users, this means equipment upgrades will be necessary. Existing Starlink terminals will not fully utilize the new network's capabilities, requiring antenna and receiver updates. SpaceX promises that new equipment will be available soon. Gen3 is expected to deliver a 100x increase in bandwidth and reduce latency to under 20 ms, making satellite internet comparable in quality to fiber-optic networks.

Starlink's competitors, such as Amazon's Project Kuiper and Eutelsat OneWeb, currently cannot offer serious competition. Geostationary operators, like HughesNet, are already partnering with SpaceX by redirecting customers to Starlink due to their networks' limitations. The Gen3 project could cement SpaceX's leadership in the satellite internet market, but its implementation depends on FCC approval and the resolution of technical and regulatory challenges.

Common questions

What advantages will the new generation of Starlink satellites offer?: Starlink Gen3 promises to increase network bandwidth by 100 times, reduce latency to under 20 ms, and deliver symmetrical multi-gigabit internet. This will enhance connectivity for users and expand opportunities for businesses and AI systems.
Why can't SpaceX launch the new satellites on the Falcon 9 rocket?: Gen3 satellites will weigh over 2,000 kg each, making mass launches on the Falcon 9 impossible. SpaceX will need the Starship rocket, which is not yet operational, or the Falcon Heavy for deployment.
What frequency bands will SpaceX use for Gen3?: SpaceX has requested access to a wide range of frequencies, including Ku, Ka, V, E, W, and D bands. While this will enable high-performance data channels, it may cause interference issues for other satellite and wireless services.
How will competitors react to Starlink's expansion?: Competitors like Amazon's Project Kuiper and Eutelsat OneWeb currently cannot match Starlink's capabilities. Geostationary operators, such as HughesNet, are already partnering with SpaceX to redirect customers due to their networks' limitations. Starlink's Gen3 project could solidify its market leadership, pending FCC approval and technical compliance.

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