What ping do you actually need for competitive FPS games?

Competitive first-person shooters punish ping more than any other genre. A 10 ms swing decides who wins a duel, because the player with lower latency sees the other first and lands shots that register sooner. If you play ranked Valorant, Counter-Strike 2, Apex Legends, Call of Duty or Rainbow Six Siege, this guide gives you the exact numbers to aim for, what each ping range does to your gameplay, what actually sets your ping (it is not your plan speed), and the setup that gets you into the top bracket.  

The focus throughout is latency and its consistency, because in an FPS a stable 25 ms beats a jumpy 15 ms every time. 

The ping targets for competitive FPS 

Aim for under 10 ms. That is the competitive standard for twitch shooters, the point where your inputs feel instant and you hold your share of peeker's-advantage duels. Everything above it is a sliding scale of disadvantage. 

Two numbers matter as much as your average ping: jitter and packet loss. Jitter is how much your ping varies between packets, and high jitter causes the rubber-banding and inconsistent hit registration that feel worse than a slightly higher steady ping. Packet loss is data that never arrives, and it produces the classic moment where you shot first and still died. For competitive FPS, you want jitter in low single digits and packet loss at zero. 

Why ping, not speed, sets your FPS performance 

Your ping is set by the route your packets take, the distance to the server and your connection type, not by how many Mbps you pay for. An FPS sends tiny packets of position and fire data, well under 1 Mbps, so bandwidth is never the constraint. Moving from a 100 Mbps plan to a 1000 Mbps plan on the same connection does nothing to your ping. 

What a good network gives you is a low, stable baseline to build on. Independently measured ACCC data recorded Superloop's peak-hour latency at 8.5 ms (ACCC Measuring Broadband Australia, Report 33, June 2026, data collected March 2026), consistent with 8.8 ms in Report 32 and 8.7 ms in Report 31 across three consecutive reports. That figure is the network latency to Australian servers; your in-game ping adds the distance to the specific game server on top, which is why server choice matters so much. 

What actually decides your ping, and what to do about each 

Five things set your ping. You control some directly and choose others when you pick an ISP and a connection type. 

• Server distance. Physics sets a floor: data travels at roughly 200 km per millisecond through fibre, so a distant server adds latency you cannot remove. Always pick the closest regional server, usually Sydney or Melbourne for Australian-hosted titles. It is the biggest factor you can change instantly. 

• Your ISP's routing and network. Two providers in the same suburb can record very different ping to the same server depending on how they peer and route traffic. Superloop runs a purpose-built backhaul connected directly to all 121 nbn points of interconnect and >100,000 fibre route km across international networks (owned, IRU and leased fibre), with extensive peering to major gaming servers and CDNs across Australia, Asia, the US and Europe. Fewer hops between you and the server means lower, more stable ping. For overseas-hosted servers, Superloop's owned subsea cables to Asia and the US shorten the international leg most ISPs hand to a third party. 

• Connection type. FTTP and HFC hold latency steady under load; FTTN runs the last leg over copper and adds jitter at peak. If you are on FTTN and serious about ranked, check FTTP upgrade eligibility, which our FTTP vs FTTN for gaming guide covers. 

• Peak-hour congestion. If your ping is fine at 10 am and spikes at 8 pm, the network is congesting under demand. That is an ISP capacity problem, not something you can fix at home. 

• Your home network. Wi-Fi adds jitter and 5 to 30 ms of variable latency; a wired ethernet connection removes it and is the single biggest free improvement. Turn on QoS, pause background downloads, and use a Cat 6 cable. Our reduce lag on nbn guide has the full home-network walkthrough. 

Which Superloop plan for competitive FPS? 

Start with NBN 500 (500/40 Mbps typical evening speed), and step up to NBN 1000 (860/85 Mbps typical evening speed) if you stream or share the line with other gamers. The reasoning is not about raw speed. The 500, 1000 and 2000 tiers run only on FTTP or eligible HFC, the two connection types that hold latency steadiest under load, so choosing one of them is really choosing the connection that protects your ping. 

They also give your game enough headroom that nothing else in the house, a 4K stream, a cloud backup, another player pulling a patch, ever competes with it during peak hours. Gameplay itself uses only a few Mbps, so the speed is not for the game; it is for the connection type and the peak-hour headroom that keep your ping flat. For streamers and households running several high-demand devices at once, NBN 2000 (1700/170 Mbps typical evening speed) adds 170 Mbps of upload on full fibre.

Quick diagnosis: your ping, the cause, the fix 

If you are choosing an ISP on gaming credentials, Superloop holds the TechRadar 2026 Australian PC Award for Best nbn Provider for Gaming, which cited its consistently fast ACCC ping results, its top Steam Global Speed Index ranking and its owned subsea cables.

Next step 

Sitting above 40 ms when it counts? Check your connection type and whether NBN 500 or NBN 1000 on full fibre is available at your address, then lock in a wired setup before your next ranked session.