Fastest VPNs

Not necessarily. The results are most useful for comparing VPNs tested under the same conditions, not for predicting the exact speed you will get. Your connection, device, location, routing, protocol and chosen VPN server can all change the result.

Not always. For browsing, streaming and everyday use, several VPNs may already be fast enough for your connection. Very high throughput matters more on fast internet connections, for large downloads or uploads, and when several devices share the VPN. Speed is also only one factor alongside latency, stability, privacy, features, server locations and price.

Use the ranking to identify VPNs that perform well under the same demanding conditions, then look at the 30-day history to see whether that performance is consistent. After narrowing the list, consider the server locations, privacy features, applications, pricing and other features that matter for how you plan to use the VPN.

No. This ranking measures network performance, not overall VPN quality. A VPN that is slower in our tests may still be a better choice for you because of privacy, security features, server coverage, reliability, streaming support, applications or price.

Your test may use a different internet connection, device, VPN server, protocol, route and time of day. Even tests of the same VPN can produce different absolute speeds under different conditions. Our goal is to keep those conditions consistent between providers so the comparison remains meaningful.

Longer distances usually mean more network hops and higher latency, and they can also reduce throughput depending on routing and network conditions. A nearby VPN server may therefore behave very differently from a server in another region or on another continent.

VPN traffic has to be encrypted and decrypted in real time. On fast connections, CPU performance, operating system, VPN application and network hardware can become bottlenecks. A desktop computer, older laptop and phone may therefore reach very different speeds with the same VPN.

Yes. On a slower connection, your internet service may cap the result before the VPN reaches its own performance limit. On a very fast connection, the VPN server, protocol or your device may become the bottleneck instead. This is why a VPN that reaches 300 Mbps on a 1 Gbps test line does not imply that it would reduce a 100 Mbps connection to 30 Mbps.

I prefer WireGuard or a comparable provider protocol. If a different protocol is used, it is identified on the VPN’s page. Each test uses four parallel connections and measures download and upload separately for 10 seconds each.

VPN performance can change because of server load, routing, network congestion, provider infrastructure and other temporary network conditions. That is why a single measurement is less informative than repeated testing over time.

Download and upload medians are calculated separately for each UTC calendar day. Rankings use the latest completed day’s median download speed, with paid and free plans ranked separately. Charts show 30 days of daily medians; days without data remain empty.

The latest ranking shows recent performance, while the 30-day history shows whether that level has been consistent. A VPN can rank highly today after a recent improvement, while another may deliver slightly lower but more stable performance over time.

I test paid and free VPN plans over a wired connection from San Diego, using four parallel connections. Automated tests run up to five times a day. Rankings use the latest completed UTC day’s median download speed.

Median speed reduces the effect of unusually fast or unusually slow individual tests and gives a more stable picture of typical recent performance than relying on an average that can be pulled around by extreme results.

A VPN qualifies for the free speed ranking only when we have a current measurement from its separately identified free plan. A trial or browser-only extension without free-plan measurements does not qualify by itself.