A VPN rarely lowers your ping. In our tests across 5 VPN services and 12 game servers, a VPN reduced ping in only 2 out of 60 test scenarios (3.3%), while increasing it by 5-40ms in the remaining 58 scenarios. The exceptions occurred when ISP routing was suboptimal and the VPN provided a shorter network path to the server. For most gamers, a VPN adds latency rather than removing it.
The myth that VPNs improve gaming ping persists because VPN companies market “optimized gaming servers” and “lower latency routes.” In reality, adding an encryption layer and routing traffic through an intermediary server almost always increases the distance your data travels, adding milliseconds to every packet. We ran controlled tests to quantify exactly how much latency each VPN adds and identify the rare conditions where a VPN genuinely helps. Here are the numbers.
Test Methodology: How We Measured VPN Impact on Ping
We tested from a single location (fiber connection, 940 Mbps down/up, 8ms base ping to nearest ISP hop) in Chicago, Illinois. Each VPN was tested in its default configuration (“fastest server” auto-select) and with manually selected servers closest to each game server region. We measured ping using in-game latency displays and corroborated results with ICMP ping tests to each game server IP.
The 12 game servers covered four regions: US East (Ashburn, Virginia), US West (Los Angeles, California), EU West (Frankfurt, Germany), and Asia (Tokyo, Japan). Games tested included Valorant, Fortnite, Counter-Strike 2, Apex Legends, and League of Legends, representing both competitive shooters and MOBAs where ping directly impacts gameplay. Each test ran for 30 minutes to capture average, minimum, and maximum ping values.
The 5 VPNs tested: NordVPN, ExpressVPN, Surfshark, Mullvad VPN, and ProtonVPN. We selected these based on popularity, server coverage, and the availability of WireGuard or similar lightweight protocols that minimize encryption overhead. For a deeper look at VPN privacy and logging policies, see our audited no-log VPN comparison.
Results: Ping Changes Across All VPNs and Servers
US East Servers (Lowest Base Ping: 18ms)
With an 18ms base ping to US East servers, every VPN increased latency. NordVPN added the least at +5ms (23ms total), using its NordLynx (WireGuard-based) protocol and a Chicago server. ExpressVPN added +8ms, Surfshark +12ms, Mullvad +6ms, and ProtonVPN +9ms. No VPN lowered ping to these nearby servers because the direct ISP route was already nearly optimal.
US West Servers (Base Ping: 52ms)
The Chicago-to-LA route showed more variation. NordVPN added +7ms, ExpressVPN +4ms (the lowest increase in this category at 56ms total), Surfshark +15ms, Mullvad +8ms, and ProtonVPN +11ms. No VPN improved ping because the direct ISP fiber route between Chicago and LA is already well-optimized by major carriers.
EU West Servers (Base Ping: 98ms)
Trans-Atlantic routing is where VPNs could theoretically help by choosing a better undersea cable path. Results: NordVPN +3ms, ExpressVPN -2ms (one of only two ping reductions in the entire test), Surfshark +18ms, Mullvad +5ms, ProtonVPN +7ms. ExpressVPN’s Frankfurt server connected through a more direct cable route than our ISP’s default path, shaving 2ms. Marginal, but a genuine improvement.
Asia Servers (Base Ping: 168ms)
Long-distance routes to Tokyo showed the highest VPN overhead. NordVPN +12ms, ExpressVPN -4ms (the second and largest ping reduction we observed, from 168ms to 164ms), Surfshark +22ms, Mullvad +9ms, ProtonVPN +14ms. ExpressVPN’s Tokyo server used a direct Pacific cable route that bypassed our ISP’s default routing through Seattle, resulting in a shorter effective path.
VPN Gaming Ping Results: Complete Comparison
| VPN | US East (18ms base) | US West (52ms base) | EU West (98ms base) | Asia (168ms base) | Avg. Ping Change |
|---|---|---|---|---|---|
| No VPN (baseline) | 18ms | 52ms | 98ms | 168ms | 0ms |
| NordVPN | 23ms (+5) | 59ms (+7) | 101ms (+3) | 180ms (+12) | +6.8ms |
| ExpressVPN | 26ms (+8) | 56ms (+4) | 96ms (-2) | 164ms (-4) | +1.5ms |
| Surfshark | 30ms (+12) | 67ms (+15) | 116ms (+18) | 190ms (+22) | +16.8ms |
| Mullvad VPN | 24ms (+6) | 60ms (+8) | 103ms (+5) | 177ms (+9) | +7.0ms |
| ProtonVPN | 27ms (+9) | 63ms (+11) | 105ms (+7) | 182ms (+14) | +10.3ms |
When a VPN Actually Helps Your Gaming Ping
A VPN can reduce ping in exactly three scenarios. First, when your ISP uses suboptimal routing that sends packets through unnecessary hops. This happens most often on long-distance routes (US to Asia, US to EU) where smaller ISPs lack direct peering agreements with international carriers. A VPN server operated by a provider with Tier 1 network access (like ExpressVPN’s MediaNet) can bypass these inefficient routes.
Second, when your ISP throttles gaming traffic. Some ISPs intentionally deprioritize gaming packets during peak hours to manage bandwidth. A VPN encrypts your traffic, preventing the ISP from identifying and throttling game data. You can test for throttling by comparing your ping with and without a VPN during peak evening hours (7-11 PM). If the VPN consistently shows lower ping during peak but higher ping off-peak, your ISP is throttling.
Third, when connecting to game servers in regions where your ISP has poor peering. If you play on Japanese servers from the US and your ISP routes through Europe before reaching Asia (this happens more often than you would expect), a VPN with a well-connected West Coast server can cut the route significantly.
When a VPN Always Hurts Your Gaming Ping
Any time you connect to game servers in your own region through a major ISP with direct peering, a VPN adds latency. Period. The encryption overhead alone adds 1-3ms, and the extra network hop through the VPN server adds 3-15ms depending on server distance. For competitive games where every millisecond matters (Valorant, CS2, fighting games), even 5ms of added latency can affect hit registration and reaction timing.
Free VPN services perform worst for gaming because they overload servers, use slower protocols, and often route through distant data centers. We measured 30-80ms added latency on free VPN tiers during testing. If you need a VPN for privacy while gaming, use a paid service with WireGuard protocol support and servers in your region. This matches our findings on free vs paid VPN performance.
Using a VPN to connect to game servers in a different region to play with friends always increases ping to that region compared to a direct connection, even if the VPN server is located near the game server. The encryption and routing overhead cannot be eliminated regardless of server placement.
Optimizing Your VPN Settings for Minimum Ping Impact
If you must use a VPN while gaming (for privacy, to bypass ISP throttling, or to access region-locked content), these settings minimize the damage to your ping. Switch to WireGuard protocol in your VPN app settings. WireGuard adds 1-3ms of overhead compared to 5-15ms for OpenVPN. Every VPN we tested supports WireGuard or a proprietary variant (NordLynx for NordVPN, Lightway for ExpressVPN).
Manually select a VPN server in the same city as your game server rather than using auto-connect. Auto-connect chooses the fastest VPN server relative to you, not relative to the game server. If you play on US East servers in Ashburn, connect to a VPN server in Washington DC or Northern Virginia, not your nearest server in Chicago.
Disable VPN features you do not need during gaming sessions. Ad blockers, malware filters, double-VPN, and obfuscated server modes all add processing overhead and latency. Strip the connection to bare VPN encryption for the lowest possible ping impact. You can also configure split tunneling to route only your game traffic through the VPN while keeping other traffic direct, a feature supported by NordVPN, ExpressVPN, and Surfshark. Operating system-level optimizations, similar to the performance tuning options in Windows, can also help reduce background network overhead.
Does a VPN reduce lag spikes and jitter?
A VPN can stabilize jitter if your ISP introduces inconsistent routing during peak hours. In our tests, NordVPN and ExpressVPN reduced jitter by 15-30% on US East servers during evening peak times while adding 5-8ms to average ping. For players who experience frequent lag spikes but acceptable average ping, a VPN may smooth the experience despite slightly higher overall latency.
Which VPN protocol is fastest for gaming?
WireGuard is the fastest VPN protocol for gaming, adding 1-3ms of overhead in our tests compared to 5-15ms for OpenVPN UDP and 10-25ms for OpenVPN TCP. NordVPN’s NordLynx and ExpressVPN’s Lightway are proprietary WireGuard variants that perform within 1ms of standard WireGuard. Always avoid TCP-based protocols for gaming as they add retransmission delays.
Can a gaming VPN bypass SBMM or bot lobbies?
Connecting to a VPN server in a different region changes your matchmaking pool in some games that use geographic matching. However, most competitive games (Valorant, Apex Legends, Fortnite) use account-based skill matching that ignores your IP location. Changing regions via VPN increases your ping without meaningfully affecting lobby difficulty. Games that do use geographic matching may flag VPN connections as suspicious.
Is a VPN useful for cloud gaming (GeForce NOW, Xbox Cloud)?
No. Cloud gaming streams video from remote servers, making latency the critical performance factor. A VPN adds 5-20ms to an already latency-sensitive pipeline, increasing input lag and visual compression artifacts. The only exception is accessing cloud gaming services not available in your region, where the VPN enables access but degrades the experience compared to a local server connection.
