Free VPN servers in Japan

565 Japan servers answered a handshake within the last five minutes. The list re-ranks after every probe round — fastest and steadiest first.

565
Alive now
26 ms
Average latency
100
Best score
373
Downloaded
🇯🇵 JapanJP · 565 alive of 2,410 tracked here
#
IP address
Proto
Latency
Uptime 7d
Downloads
Score
Checked
51
TCP/143615 ms100.0%1
100
1m ago
Details
52
TCP/4437 ms100.0%—
100
1m ago
Details
53
TCP/154313 ms100.0%—
100
1m ago
Details
54
TCP/4435 ms100.0%—
100
1m ago
Details
55
TCP/175417 ms100.0%—
100
1m ago
Details
56
TCP/129412 ms100.0%—
100
1m ago
Details
57
TCP/143410 ms100.0%—
100
1m ago
Details
58
TCP/146412 ms100.0%—
100
1m ago
Details
59
TCP/166323 ms100.0%—
100
1m ago
Details
60
TCP/168218 ms100.0%—
100
1m ago
Details
61
TCP/4436 ms100.0%—
100
1m ago
Details
62
TCP/4435 ms100.0%—
100
1m ago
Details
63
TCP/4436 ms100.0%—
100
1m ago
Details
64
TCP/4436 ms100.0%—
100
1m ago
Details
65
TCP/4435 ms100.0%—
100
1m ago
Details
66
TCP/4437 ms100.0%—
100
1m ago
Details
67
TCP/4437 ms100.0%—
100
1m ago
Details
68
TCP/4437 ms100.0%—
100
1m ago
Details
69
TCP/4436 ms100.0%—
100
1m ago
Details
70
TCP/154818 ms100.0%—
100
1m ago
Details
71
TCP/160321 ms100.0%21
100
1m ago
Details
72
TCP/149314 ms100.0%3
100
1m ago
Details
73
TCP/155913 ms100.0%—
100
1m ago
Details
74
TCP/157123 ms100.0%2
100
1m ago
Details
75
TCP/18178 ms100.0%3
100
1m ago
Details
76
TCP/141815 ms100.0%—
100
1m ago
Details
77
TCP/124511 ms100.0%1
100
1m ago
Details
78
TCP/555513 ms100.0%—
100
1m ago
Details
79
TCP/187934 ms100.0%12
100
1m ago
Details
80
TCP/126231 ms99.9%—
100
1m ago
Details
81
TCP/193335 ms100.0%—
100
1m ago
Details
82
TCP/119411 ms99.9%—
100
1m ago
Details
83
TCP/124512 ms99.8%4
100
1m ago
Details
84
TCP/129317 ms99.8%—
100
1m ago
Details
85
TCP/139014 ms99.8%—
100
1m ago
Details
86
TCP/178524 ms99.8%—
100
1m ago
Details
87
TCP/157111 ms99.9%—
99
1m ago
Details
88
TCP/171611 ms99.9%3
99
1m ago
Details
89
TCP/133813 ms99.8%—
99
1m ago
Details
90
TCP/19088 ms99.9%2
99
1m ago
Details
91
TCP/99513 ms100.0%2
99
1m ago
Details
92
TCP/134111 ms100.0%1
99
1m ago
Details
93
TCP/158419 ms100.0%—
99
1m ago
Details
94
TCP/196827 ms99.8%—
99
1m ago
Details
95
TCP/163715 ms100.0%—
99
1m ago
Details
96
TCP/161325 ms100.0%—
99
1m ago
Details
97
TCP/144611 ms99.6%—
99
1m ago
Details
98
TCP/177834 ms100.0%—
99
1m ago
Details
99
TCP/183011 ms99.5%—
99
1m ago
Details
100
TCP/180739 ms99.9%—
99
1m ago
Details
Showing 51–100 of 565

What these numbers say about Japan

We have collected 2,410 servers in Japan in total, and 565 of them answered a real OpenVPN handshake within the last five minutes — 103 over UDP and 462 over TCP. The quickest replied in 4 ms, against a country average of 26 ms. Over the past seven days the ones still standing have answered 63.8% of the probes we sent them.

Between the two protocols: UDP is faster and is the right default on a fixed connection, while the 462 TCP entries are the safer pick on mobile data or behind a firewall, because carriers and corporate networks drop idle UDP long before they interfere with TCP. The ports most of them listen on here are 443, 1195, 995 — 443 is the one least likely to be blocked on a restrictive network, so start there if you are behind a corporate or campus firewall. Once you have picked one, the iPhone, Android and desktop guides each take about two minutes.

10 of the live Japan servers are ones we first saw in the last twenty-four hours. That churn is normal and not a defect: these are volunteer machines that get added, moved and switched off without notice, which is precisely why the list is rebuilt every hour instead of being curated once. How the score is built has the formula in full.

Two things these figures deliberately do not claim. The latency is measured from our prober, which sits in one fixed place — it ranks Japan servers against each other honestly, but it is not a prediction of your own ping. If you are closer to Japan than our prober is, yours will be lower than the number shown. And a handshake proves an OpenVPN daemon is listening; it says nothing about whether that machine's own connection is healthy, and nothing at all about who runs it or what they can see.