Online Ping Test

About this tool

Ping Test Online measures how long it takes to check a URL over HTTP, five times in a row. Each round is timed in your browser: it sends the URL to the UtilityKit server, the server makes a HEAD request to the site (following redirects), and the round ends when the server's reply comes back. The result therefore includes your own connection to UtilityKit plus the site's HTTP response time; it is not an ICMP ping and does not measure the network path from our server alone. Each round shows its time in milliseconds with a coloured bar, and the summary shows Average, Min, Max and how many of the five rounds succeeded. Hostnames and IP addresses are treated as https:// URLs. Use it for a quick check that a site answers and to compare response times, not as a substitute for ping or traceroute.

Why use it

• A quick check that a site answers HTTP requests, without installing anything.

• Reports average, minimum and maximum time across five rounds.

• Per-round times show spikes that a single request would hide.

• The site is contacted from our server, so it sees the request coming from UtilityKit rather than from your IP.

How to use

1. Enter a URL or hostname in the URL to ping field; https:// is added if you leave out the scheme.
2. Click Run ping test or press Enter.
3. Watch the five rounds run one after another, each with its time in milliseconds.
4. Read Average, Min, Max and Success (out of 5) in the summary.

When it helps

• Verifying a site responds after a reboot, deployment, or DNS change.
• Comparing HTTP response times of two sites or two hosting setups.
• Spotting intermittent slow responses across several rounds.
• Checking whether a site answers when your own network seems to be the problem.

Examples

https://example.com

Round 1 … Round 5 with a time in ms each
Summary: Average, Min, Max (ms) and Success 5/5

example.com

Tested as https://example.com — five rounds and the same summary cards.

A site that never answers within 8 seconds

Each round shows timeout; if all five time out: “All requests timed out. Check the URL and try again.”

Tips

• Under 200 ms per round is good for an HTTP check that includes a relay through our server; occasional spikes are normal.
• Run the test twice — the first round can be slower because of DNS lookups and connection setup.
• Many production servers block ICMP at the firewall, so a terminal ping can fail while this HTTP test succeeds.
• For a single status code and the response headers, use the Website Status Checker instead.
• For true ICMP latency and the network path, run ping and traceroute (tracert on Windows) from your own machine.

Frequently Asked Questions

Glossary

ICMP

Internet Control Message Protocol — the network-layer protocol used by ping (Echo Request/Reply) and traceroute. Often filtered at firewalls for security.

RTT

Round-Trip Time — the duration for a packet to travel from sender to receiver and back. The latency metric reported by ping.

Latency

The time delay between sending a network request and receiving the response. Measured in milliseconds (ms). Synonymous with RTT in the ping context.

Jitter

The variation in latency between successive packets. High jitter (over 30ms) degrades real-time applications even when average latency is low.

Packet loss

The percentage of probes that did not receive a response within the timeout. Above 1% indicates a network issue worth investigating.

Traceroute

A diagnostic command that maps the network path from source to destination by sending packets with increasing TTL values and recording each router's reply.

TTL (network)

Time-To-Live in IP packets — a counter decremented at each router hop. When it reaches zero, the packet is dropped and an ICMP Time Exceeded is sent back. Used by traceroute.

MTU

Maximum Transmission Unit — the largest packet size that can be sent over a network without fragmentation. Standard ethernet is 1500 bytes.