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Starlink vs OneWeb — Side-by-Side Comparison

The two largest broadband mega-constellations compared: architecture, coverage, latency, and scale.

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Constellation Overview

ParameterStarlinkOneWeb
OperatorSpaceXEutelsat OneWeb
Active Satellites~9,800+~648
Orbital Altitude~480–550 km (LEO)~1,200 km (LEO)
Inclination53°–97°87.9° (near-polar)
Satellite Mass260–800 kg (v1.5 to V2 Mini)~150 kg
Target MarketConsumer + businessBusiness + government
User TerminalSmall consumer dishLarger enterprise terminal
Latency~20–40 ms~30–50 ms
Global CoverageYes (all latitudes)Yes (strong polar coverage)
Laser Inter-Sat LinksYes (V1.5+)No (Gen 1)
Country of IncorporationUnited StatesUnited Kingdom

Key Differences

Scale: Starlink operates roughly 15× more satellites than OneWeb. This massive fleet enables direct-to-consumer service with smaller, cheaper user terminals.

Altitude: Starlink's lower orbit (480–550 km vs 1,200 km) provides lower latency but means satellites decay faster and need more frequent replacement. OneWeb's higher orbit offers longer satellite lifespans.

Coverage Focus: OneWeb's near-polar orbit (87.9° inclination) provides particularly strong coverage at high latitudes — valuable for Arctic shipping, aviation and northern communities. Starlink covers all latitudes through multiple orbital shells.

Market: Starlink targets both individual consumers and enterprise customers. OneWeb focuses primarily on business, government and maritime customers through distribution partners.

Track Both Constellations

On Orbital Radar, use the Operators panel to filter by either constellation. Compare their orbital architectures side by side — you will immediately see the difference between Starlink's multiple orbital shells and OneWeb's single near-polar plane.

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Which satellite internet is right for you?

Pick how you'll use it, where you are and your budget — we rank every major provider by suitability: latency, real-world speed, coverage, mobility and availability. Live calculation, updated as constellations grow.

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Constellation deployment — live

Satellites currently tracked in orbit versus each network's planned size, counted live from the catalogue. These bars update automatically as launches continue.

🇺🇸 Starlink 10,591 in orbit · of 12,000 planned
88% deployed
🇬🇧 OneWeb 654 in orbit · of 648 planned
101% deployed

In-orbit counts are live from the tracked catalogue (payloads); planned totals are operator targets (as of 2026-06). Some early constellations show small but real numbers.

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How high each network orbits

LEOMEOGEO EARTH'S SURFACE OneWeb 1,200 kmStarlink 540–570 km

Logarithmic scale. Lower orbit → shorter signal path → lower latency, but each satellite covers less ground (so more are needed).

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Satellite internet providers compared

Provider Orbit Download Latency From £/mo In orbit Planned Now?
🇺🇸 Starlink featuredSpaceX LEO 25–220 Mbps 25–60 ms £75 10,591 12,000 Yes
🇬🇧 OneWeb featuredEutelsat OneWeb LEO 50–195 Mbps 40–70 ms B2B 654 648 Yes
🇺🇸 KuiperAmazon LEO 100–400 Mbps 20–40 ms 235 3,236 Soon
🇨🇳 QianfanSSST / Shanghai Spacecom LEO 50–300 Mbps 40–70 ms B2B 200 14,000 Soon
🇨🇳 GuowangChina SatNet LEO 50–300 Mbps 40–80 ms B2B 168 13,000 Soon
🇺🇸 ViasatViasat GEO 25–100 Mbps 600–700 ms £65 Yes
🇺🇸 HughesNetHughes (EchoStar) GEO 25–50 Mbps 600–700 ms £50 Yes

Tap a column to sort · "In orbit" is live from the tracked catalogue; speed, latency and price are list figures as of 2026-06 (Ookla Speedtest, FCC filings, provider disclosures (Starlink.com, Amazon, Eutelsat/OneWeb), ITU/IMT, operator press releases).

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Frequently Asked Questions

For direct-to-consumer home and mobile internet, Starlink is the practical choice — it sells to individuals, has the densest network and the lowest latency. OneWeb does not sell directly to consumers; it targets enterprise, government, aviation and maritime customers through partners. For a business needing managed global backhaul, OneWeb is highly competitive; for a household, Starlink is almost always the answer.
Not directly. OneWeb (now part of Eutelsat Group) sells capacity through enterprise and government distribution partners rather than to individual households. If you want LEO broadband at home today, Starlink is the consumer option.
OneWeb orbits at about 1,200 km versus Starlink's ~550 km. The greater distance adds a few milliseconds of signal travel time each way, so OneWeb's typical latency (40–70 ms) is modestly higher than Starlink's (25–60 ms) — both are still far below geostationary satellites' 600+ ms.
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