quicksetcloud.com speed test — 20 Oct 2026

Measured from the wfix.shop server on 20 October 2026 at 14:17 UTC. Grade C (71/100), with the screenshots, the timings and the fixes that matter.

https://quicksetcloud.com/

20 October 2026 at 14:17 UTC · Free test · report pt_ca0f5d222c28

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Grade

71/100

Performance71/100

Structure70/100

12 audit(s) passed, 4 need work

First byte (TTFB)191 msmeasured from this server

Fully loaded2.54 sfirst byte + slowest asset

Requests26document + assets

Page weight10.29 MBcompressed transfer

HTML document41.4 KBbr

ProtocolHTTP/3nginx

Third-party6.67 MBother hosts

Where the first byte went

DNS lookup 67 ms 35%
TCP connect 30 ms 16%
Server wait 93 ms 49%

Measured on the connection that fetched the HTML. Every other request on the page waits for the end of this bar before it can start.

How this page compares

First bytefaster than 94% of 4,999 pages tested here191 ms against a median of 449 ms

Page weightheavier than 97% of 4,999 pages tested here10.29 MB against a median of 650.3 KB

Fully loadedslower than 74% of 4,999 pages tested here2.54 s against a median of 1.84 s

Requestssends more requests than 100% of 4,999 pages tested here26 against a median of 26

Every report published here is in this comparison, so it is a reference population of pages tested from one server - not a benchmark of the whole web.

What these numbers mean

The server answered in 191 ms, which is fast: almost all of the wait is the page itself, not the host.
The page transfers 10.29 MB over 26 request(s). Images files are 100% of it, so resize and recompress the largest images before anything else.
The HTML itself arrives br-compressed.
It runs over HTTP/3, so the assets share a connection instead of opening one each.
65% of the weight comes from other hosts (analytics, fonts, embeds), which also means their slow day becomes your slow day.
The largest element painted at 1.36 s, inside the 2.5 s Google calls good.

Fix first: Image delivery and format - Serve WebP or AVIF with a JPEG fallback, size images to the space they occupy, and lazy-load anything below the fold. Images are usually more than half of a slow page.

Read on one shared server, not a visitor's phone: use it to compare pages against each other, not as a promise about every connection. We fix what these tests find.

Browser render

The same URL loaded in a real browser, so these are the readings curl cannot produce. The grade above is still built from the server measurements.

Largest contentful paint1.36 sgood is under 2.5 s

Cumulative layout shift0.000under 0.1 is stable

Total blocking timenone over 50 mslong tasks during load

First contentful paint512 msfirst content on screen

Browser page weight7.50 MB77 request(s), scripts included

Largest contentful paint1.36 s

Goodgood under 2.5 s, poor over 4 s

Cumulative layout shift0.000

Goodgood under 0.1, poor over 0.25

Total blocking timenone over 50 ms

Goodgood under 200 ms, poor over 600 ms

Page weight by type

What the page is made of

Images 25 requests

10.25 MB 100%

Transfer size, compressed as sent. 26 request(s) in total, 10.29 MB across all of them.

Top issues

Image delivery and format

high impact

12 image(s) over 200 KB and 13 large image(s) still served as JPEG or PNG.

Fix: Serve WebP or AVIF with a JPEG fallback, size images to the space they occupy, and lazy-load anything below the fold. Images are usually more than half of a slow page.

Render-blocking resources

high impact

10 render-blocking resource(s) in the document head (3 script(s), 7 stylesheet(s)). The page cannot paint until each one arrives.

Fix: Add defer or async to scripts that do not change the first paint, inline the critical CSS, and load the rest with media="print" plus an onload swap.

Total page weight

high impact

The page transfers 10.29 MB across 26 request(s), with the document itself at 41.4 KB.

Fix: Work through the heaviest assets first: images, then fonts, then third-party scripts.

Third-party weight

medium impact

1 third-party host(s) serve 6.67 MB of this page. Each one is another DNS lookup, TLS handshake and point of failure you do not control.

Fix: Self-host the libraries you can, drop the tags you cannot justify, and preconnect the ones you keep.