Minecraft Server Status Checker

Instantly ping Minecraft Java & Bedrock servers, resolve SRV records, measure latency, and run bulk status checks—no page reloads.

Minecraft Server Status Checker

Ping Java & Bedrock servers, resolve SRV, measure latency, and export results—zero reloads.

Control Center Instant checks

Server address

Tip: paste a domain (SRV supported) or an IP address.

Port

Timeout

Edition

Auto tries the best protocol based on port and response.

Output What to include

Resolve SRV for Java (recommended)

Uses _minecraft._tcp when port is 25565.

Include MOTD

Shows the server description text.

Include player counts

Online/max (and sample for Java when available).

Include favicon (Java, if provided)

May increase payload size.

Live Results Copy • Share • Export

Pinging…

No output yet

Choose Single or Bulk, then click Run Status Check. Results appear here instantly.

Java Bedrock SRV Latency Export

Privacy note: checks run from the server to the target host/port using standard Minecraft ping protocols.

Copied

Minecraft Server Status Checker: Ping Java & Bedrock Servers Instantly

Diagnose connection issues, verify uptime, and extract player data with our advanced Minecraft server status checker. Built for network admins and community managers who need raw, accurate data without booting up the game client.

Managing a multiplayer network or curating a server list is stressful enough without having to constantly load into the game just to see if a node is responding. Standard command-line ICMP pings do not tell the whole story. Because Minecraft utilizes specific application-layer protocols—TCP for Java Edition and UDP RakNet for Bedrock Edition—a server can easily respond to a basic terminal ping while simultaneously failing to accept actual player connections. You need a tool that speaks the game's exact language.

That is precisely where this utility comes in. We designed this checker to simulate a real client handshake. It sends the exact packet structures required to fetch the Message of the Day (MOTD), current player counts, maximum capacity, and protocol versions. Whether you are troubleshooting a single BungeeCord backend server or running a bulk diagnostic across twenty-five different survival nodes, you get instant, actionable intelligence right in your browser.

How the Minecraft Server Status Checker Works

We have streamlined the interface so you can run complex network diagnostics with just a few clicks. The tool completely bypasses the need for manual DNS queries or third-party client mods.

Here is the exact workflow to get the most accurate results from your target nodes:

Step 1: Choose Your Mode. Toggle between the Single tab for a deep dive into one specific host, or the Bulk tab if you need to scan a list of multiple IPs or domains simultaneously.
Step 2: Enter the Server Address & Port. Type your target domain (like play.example.com) or raw IP address. If you are on the Single tab, adjust the Port field if the server operates outside the defaults (25565 for Java, 19132 for Bedrock). In Bulk mode, you can simply append the port using a colon (e.g., 192.168.1.50:25566).
Step 3: Select the Edition. Use the Edition dropdown to pick Auto-detect, Java Edition (TCP), or Bedrock Edition (UDP). Auto-detect is usually fine, but forcing a specific protocol speeds up the check if you are pinging non-standard setups.
Step 4: Configure the Output Options. Fine-tune your payload. Leave Resolve SRV for Java checked if you are using a domain. You can also toggle whether to fetch the MOTD, player counts, or the server's Base64 favicon image.
Step 5: Run Status Check. Click the Run Status Check button. The tool will initiate a background AJAX request, returning live results in detailed cards. From there, you can view latency bars or use the quick-action buttons to copy shareable links and export JSON/CSV data.

Key Features

Basic web pingers often fail when confronted with modern proxy setups, custom DNS routing, or cross-play environments. We engineered this tool with specific features to handle the reality of modern Minecraft hosting.

Dual-Protocol Pinging (Java & Bedrock)

Java and Bedrock editions do not communicate the same way. Java expects a TCP connection with a specific 0x00 handshake packet, while Bedrock uses a UDP-based RakNet Unconnected Ping sequence. Our tool natively supports both. If you select "Auto-detect," the engine intelligently evaluates the port and attempts both protocols sequentially to guarantee an accurate status report.

Intelligent SRV Record Resolution

Most professional servers do not hand out raw IP addresses. They use DNS SRV records (specifically _minecraft._tcp) to secretly route a clean domain name to a hidden backend IP and port. Our engine automatically performs a DNS lookup to resolve these SRV records before pinging. The results card will transparently show you both the original input domain and the actual backend target it resolved to.

High-Performance Bulk Scanning

Managing a server list network? The Bulk tab allows you to paste up to 25 different hosts at once. The engine processes these concurrently via an optimized backend queue, returning a complete summary in seconds. It even generates latency percentiles (p50 and p95) so you can evaluate the overall health of your server fleet at a glance.

Deep Payload Extraction & Sanitization

When a server responds, it sends back a messy JSON string filled with legacy formatting codes (like §a or §l). We automatically strip these codes out to provide a clean, human-readable MOTD. Furthermore, we extract the server's protocol version and player samples, presenting them in a structured, easy-to-read grid.

Developer-Ready Data Exports

Data is only useful if you can manipulate it. With a single click, you can download the entire diagnostic run as a CSV file for spreadsheet analysis, or as a heavily structured JSON payload. The JSON includes everything from raw latency milliseconds to the base64 favicon string, making it perfect for developers building server health dashboards.

Use Cases

Who benefits from a dedicated protocol pinger? From casual gamers to enterprise hosting providers, accurate network data is crucial.

Server List Curators: Websites that rank multiplayer communities need to verify uptime. Curators use the bulk mode to paste dozens of IPs, exporting the CSV to quickly identify dead servers that need to be delisted.
Network Administrators: Sysadmins running BungeeCord or Velocity proxies often experience "ghost drops" where the proxy is up, but a backend survival node crashes. By pinging the exact backend port directly, admins can isolate the failure.
Hosting Providers & Support Techs: When a client submits a support ticket claiming their server is down, hosting technicians use this tool to independently verify external reachability, ruling out the client's local ISP issues.
Cross-Play (GeyserMC) Operators: Communities bridging Java and Bedrock players often struggle with UDP port forwarding. Pinging the Bedrock port specifically helps verify that the Geyser wrapper is actively listening.
Modpack Developers: Creators testing custom server jars can rapidly verify if their modified software is successfully responding to standard Server List Ping requests without launching a heavy modded client.
Casual Players: If you are trying to connect to a friend's newly hosted server and keep getting a "Connection Refused" error, this tool provides a neutral third-party check to confirm if the port forwarding is actually working.

Scenario: The Proxy Troubleshooter

Imagine you operate a popular mini-game network. Players are suddenly complaining they cannot access the "Skywars" lobby. Your proxy server shows it is online, so the main domain works. You open the checker, enter the direct IP and port of the internal Skywars node, and set the timeout to 5 seconds. The tool reveals a "TCP connect failed" error. You immediately know the node's daemon has crashed, saving you 20 minutes of hunting through proxy configuration files.

Scenario: The Launch Day Verification

You are launching a massive new SMP server. You have set up a custom domain (play.yoursite.com) using an SRV record pointing to a shared hosting IP. Before announcing the IP to your 5,000 Discord members, you run it through the checker. The tool confirms the SRV resolves to the correct target port, reads your custom MOTD perfectly, and displays 0/500 players online. You copy the shareable link from the tool and post it in your staff channel as proof of launch readiness.

When to Use This Tool vs. Alternatives

You have a few ways to check if a machine is alive, but not all pings are created equal. Here is how our specialized checker compares to the alternatives.

Method	Protocol Accuracy	Speed & Efficiency	Data Extracted
Our Checker Tool	100% (Sends exact MC handshake)	Instant (Web-based, zero client load)	MOTD, Players, Version, Latency, SRV, Favicon
In-Game Multiplayer Menu	100% (Native client)	Very Slow (Requires launching Java/Bedrock)	Visual MOTD, Player count visual only
CMD / Terminal Ping	0% (ICMP only, ignores game state)	Fast	Raw network latency only
Standard Port Scanner	50% (Checks if TCP port is open)	Medium	Open/Closed status only (No game data)

Tips for Getting the Best Results

Server architecture can be incredibly complex. To ensure you are getting the most accurate diagnostics possible, keep these pro-tips in mind while testing.

Understand SRV Limitations

If you are checking a Java server via a custom domain without specifying a port, leave the "Resolve SRV" box checked. However, if you are directly inputting an IP address (e.g., 192.168.0.1) or you have explicitly typed a non-standard port (like play.domain.com:25567), the SRV lookup is generally unnecessary and will be skipped by the engine. Ensure you provide the exact connection details if your DNS is heavily customized.

Adjust Timeout for Distant Hosts

By default, the tool uses a 3-second timeout. If you are querying a server hosted in a distant region (for example, pinging an Australian node from a European web server), latency spikes might cause the connection to drop before the handshake finishes. If you see a "Timeout" error on a server you know is alive, increase the Timeout dropdown to 5 seconds and test again.

Bedrock UDP Nuances

Bedrock servers operate on UDP, which is a connectionless protocol. Unlike TCP, if a UDP packet gets lost in transit, there is no automatic re-transmission. If your Bedrock ping fails randomly, it might just be normal UDP packet loss. Run the check a second time. If it consistently fails, ensure the hosting provider's firewall is explicitly allowing UDP traffic on port 19132.

Pro-Tip for Bulk Data Management

When using the Bulk tab, you can add comments to your list by starting a line with the # symbol. The engine will safely ignore these lines. This is incredibly helpful if you are pasting a large master list of IPs and want to categorize them (e.g., # Survival Nodes) without breaking the JSON or CSV export structure.

Frequently Asked Questions

Troubleshooting server connectivity can be confusing. We have compiled the most common questions users have regarding ping results and network behaviors.

This usually happens due to aggressive DDoS protection or firewall rules. Some hosting providers (or services like TCPShield) block web-server datacenter IPs from pinging their game ports to prevent attacks. Because our tool originates from a web server, it might be blocked, whereas your residential home IP is allowed through.

Java Edition uses TCP (Transmission Control Protocol) for a strict, connection-based handshake. Bedrock Edition uses UDP (User Datagram Protocol) via RakNet, which sends a rapid, connectionless ping. Our tool replicates both methods exactly. If you ping a Bedrock server using Java mode, it will fail because the server is listening for UDP, not TCP.

An SRV (Service) record is a DNS feature that allows domain owners to map a clean address (like play.network.com) to a messy backend IP and non-standard port (like 142.250.190.45:25588). When our tool resolves SRV, it queries the domain's DNS for a _minecraft._tcp record to find the true destination, mimicking how the official game client behaves.

No. Your privacy is paramount. The IPs and domains you enter are processed locally in memory for the exact duration of the ping operation. Once the JSON payload is returned to your browser, the backend instantly drops the data. We do not maintain historical logs of your targeted servers.

Latency measures the time it takes data to travel from point A to point B. When you use this tool, the ping is measured from our web server's geographic location to your game server. When you play the game, latency is measured from your home internet. Differences in physical distance and routing will naturally cause the MS (milliseconds) to vary.

The Auto-detect engine uses a smart heuristic approach. First, it looks at the port. If it is 19132, it prioritizes a Bedrock UDP ping. For 25565 or other ports, it assumes Java TCP first. If the initial guess fails or returns a malformed response, the engine silently tries the alternative protocol before returning the final result to you.

Why Choose Our Minecraft Server Status Checker?

Running a successful multiplayer community requires absolute certainty about your network infrastructure. When a machine goes down, every second counts.

Our Minecraft server status checker strips away the guesswork. By directly simulating real client connections across both Java and Bedrock environments, resolving complex SRV records, and offering robust JSON/CSV export capabilities, it is built to handle professional workloads. Stop guessing if your proxy is dropping connections or if your port forwarding worked. Bookmark this tool, run your bulk diagnostics, and maintain absolute visibility over your gaming network.

Minecraft Server Status Checker