https://www.readysetgowebsitedesign.com

You could reduce your image weight by around: 1,246 KB (85%)

Analysis date: May 3, 2024

Assessment

Ready Set Go Web, a Fort Worth-based freelance web designer, could bolster its online presence with PicPerf. Offering crisp, clean websites for local professionals and entrepreneurs, PicPerf's image optimization would complement Ready Set Go Web's services by enhancing SEO and user experience.

Estimated Page Load Savings

Image performance can have a big impact on how long it takes for a page to completely load. Get an idea of the potential time savings by switching between common internet speeds. The result is based on the estimated size savings seen above.

Download speed baselines are borrowed from Google Chrome's DevTools. Actual download time may vary.

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On a connection, you could save approximately seconds of total page load time.

Image Breakdown

Below is a breakdown of how much individual image sizes could be reduced by optimizing them. This analysis was run by loading the page on a simulated mobile device. The page was then scrolled all the way to the bottom, so that lazily-loaded images had a chance to play too. Every image loaded throughout that process was then run through a series of optimizations, after which the numbers were crunched.

For questions about this analysis, send me a message!

Original Size
Optimized Size
Savings
https://lirp.cdn-website.com/6217f848/dms3rep/multi/opt/DSC_1966-2ae949b2-596h.jpg
742 KB
47 KB
94%
https://googlereviews.api-files.com/admin/src/images/google.png
192 KB
73 KB
62%
https://irp.cdn-website.com/6217f848/dms3rep/multi/flying+arrow+hero.png
278 KB
54 KB
80%
https://irp.cdn-website.com/6217f848/dms3rep/multi/less+stress+hero.png
215 KB
33 KB
85%
https://irp.cdn-website.com/6217f848/dms3rep/multi/fortune+academic+hero+small.png
32 KB
8 KB
76%
https://res.cloudinary.com/expertise-com/image/upload/w_auto/remote_media/awards/tx_fort-worth_web-design_2023.svg
11 KB
9 KB
18%
https://app.usercentrics.eu/session/1px.png?settingsId=52JPrHg6qjDu0P
489 bytes
61 bytes
87%