Download public OpenVPN .ovpn files checked for reachability, speed, latency and freshness. Each visible row is a technical snapshot from the live checker, not a privacy guarantee or endorsement of the third-party operator.
A .ovpn profile usually contains the remote host, port, TCP or UDP protocol, certificate blocks and client options used by an OpenVPN app. Check the host, protocol and certificate data before importing a public profile, because encryption and logging depend on the third-party server operator and the profile configuration.
Public OpenVPN servers are useful for testing routes, ports, countries and client setup, but they should be reviewed before real use. Look for a recent check time, measured speed, acceptable latency, clear protocol and port data, and a country that matches your goal.
After downloading a profile, inspect the .ovpn file, connect with a trusted OpenVPN client, confirm that your public IP changed, and run a DNS leak check. Avoid sensitive accounts on unknown third-party endpoints unless you understand and trust the operator.
TCP profiles can be more reliable on restrictive networks, while UDP often feels faster when the route is stable. Use the live check before downloading and prefer recently checked rows with measured speed and latency instead of old static config files.
An OpenVPN config is not the same as a managed VPN app. The app runs the connection; the .ovpn file only describes how to reach a specific public endpoint.
Start with the newest successful checks when you need a public OpenVPN profile that is more likely to answer right now. Freshness is a technical status from the checker, not a promise that the server operator is trustworthy.
Use measured Mbps to find stronger throughput candidates, then confirm latency and freshness before downloading the .ovpn file.
TCP 443 profiles can be useful on networks that block many UDP routes. They may be easier to pass through firewalls, but speed and latency still depend on the public endpoint.
UDP 1194 is a common OpenVPN profile shape. Prefer it when the route is stable and latency matters, then run a live check before downloading.
| # | Country | Host / IP | Speed, Mbps | Technical score | Freshness | Actions |
|---|---|---|---|---|---|---|
| 1 | Japan | 180.198.151.58 180.198.151.58 |
2310.7FastLow latencyStable | 80 | ||
| 2 | Japan | 106.161.41.4 106.161.41.4 |
2138.7FastLow latencyStable | 80 | ||
| 3 | Japan | 110.66.191.52 110.66.191.52 |
1598.2FastLow latencyStable | 80 | ||
| 4 | Japan | 118.238.47.169 118.238.47.169 |
971.0FastLow latencyStable | 80 | ||
| 5 | Japan | 90.149.132.107 90.149.132.107 |
804.1FastLow latencyStable | 100 | ||
| 6 | Japan | 118.154.16.207 118.154.16.207 |
805.8FastLow latencyStable | 100 | ||
| 7 | Japan | 131.147.213.9 131.147.213.9 |
703FastLow latencyStable | 100 | ||
| 8 | Japan | 39.111.168.184 39.111.168.184 |
711.6FastLow latencyStable | 100 | ||
| 9 | Japan | 175.132.59.112 175.132.59.112 |
863.9FastLow latencyStable | 80 | ||
| 10 | Japan | 175.28.24.204 175.28.24.204 |
755.7FastLow latencyStable | 100 | ||
| 11 | Japan | 27.92.196.60 27.92.196.60 |
910.8FastLow latencyStable | 80 | ||
| 12 | Japan | 175.177.49.19 175.177.49.19 |
956.1FastLow latencyRecent | 50 | ||
| 13 | Japan | 59.190.1.141 59.190.1.141 |
693.3FastLow latencyStable | 80 | ||
| 14 | Japan | 221.44.205.161 221.44.205.161 |
931.9FastLow latencyStable | 80 | ||
| 15 | Japan | 219.100.37.193 219.100.37.193 |
763.6FastLow latencyTCP 443Stable | 100 | ||
| 16 | Japan | 36.13.32.229 36.13.32.229 |
930.9FastLow latencyRecent | 50 | ||
| 17 | Japan | 116.82.92.141 116.82.92.141 |
959.1FastLow latencyStable | 80 | ||
| 18 | Japan | 59.86.40.37 59.86.40.37 |
901.3FastLow latencyStable | 80 | ||
| 19 | Japan | 58.191.209.59 58.191.209.59 |
909.7FastLow latencyRecent | 50 | ||
| 20 | Japan | 154.8.55.241 154.8.55.241 |
902.8FastLow latencyStable | 80 |