After using ProxyWing for a couple of months on our standard projects, we decided it was time to put some numbers behind it. While marketing pages promise you that every provider is fast and reliable, you can only find out by connecting the proxies and waiting to see what happens. This review includes what we tested, what we saw, and where ProxyWing excelled and failed.
Our Testing Methodology and What We Measured
Before we reveal any numbers, you should know how we got them. All four product lines of ProxyWing (Datacenter, ISP, residential, and mobile) underwent the same scripts, the same servers, and the same targets over 14 days during May 2026. We tracked connection speed, latency, number of successes, IP quality and rotation.
We specifically tested Google, Amazon and two social sites, a sneaker site, and a few smaller stores – all from U.S., German and Singapore locations. We paid for everything and the proxies were tested as we were testing any other provider before we would enter into a long-term contract.
Connection Speed and Latency Results
In most cases, datacenter and ISP plans excel at speed, and ProxyWing’s proxies did not disappoint in that regard. Datacenter clearly dominated, with throughput of over 900 Mb/s and average latency of 140 to 220 ms by region. Right behind, ISP offers the advertised 100 Mb/s+ speeds at an average throughput of 90 to 110 Mb/s with an average latency of 200 to 260ms and maintains sessions stable for 6+ hours without any drops.
Residential was naturally slower with latency of 600-950ms, and throughput of 5-40Mb/s per session, and its usage was much more stable than the Standard pool, especially the Premium tier. As expected, Mobile was the slowest, ranging from 800 to 1,200 ms, 8 to 25 Mb/s, but all 5G IPs significantly outperformed 4G on each path measured.
Success Rates on Common Scraping Targets
We tested each proxy type with five common targets and recorded the percentage of clean responses (no CAPTCHAs, no blocks, no errors). Here’s what we saw:
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Google search: datacenter failed here, with a 45–55% success rate prior to using CAPTCHAs. Mobile had a 97%+ success rate without any difficulties, while residential had a 92-95% success rate. About 78% was the middle ISP.
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Amazon product pages: ISP and residential were doing quite well, with a success rate between 88-94%. The datacenter started to decline (about 40%) with a few hundred requests per IP. Although it wasn’t required here, mobile was nearly 100% at 96%+.
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Instagram and TikTok: datacenter (less than 20%). Residential was between 80 and 85 percent, but the mobile version was unquestionably superior because there was very little difficulty logging in and abrupt bans.
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Sneaker site (limited drop): mobile and ISP strong (about 90%), residential 82%, and datacenter nearly immediately blocked.
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Smaller online retailers: The success rates of all four proxy types ranged from 94% to 99%. Since they lack anti-bot security, the cheapest option is the datacenter.
IP Quality and Rotation Behavior in Practice
All the proxies have been validated with the popular blacklists like Spamhaus, Spur and IPQualityScore. All proxyWing’s residential IP addresses returned with a score of below 25 (which is the threshold for most anti-bot solutions). The Premium pool was even better, with scores less than 10. ISP proxies were reliable, since they are associated with actual Internet service providers.
When it comes to rotations in residential, we got a new IP for every request, so there were no repeats. There was no random drop of sticky sessions for as long as 30 minutes. No open session has ever been interrupted by a mobile rotation, whether by time, by link or on reconnect. The only problem is that no real time health stats on dashboard by IP, which is the point at which it can become a problem.
How ProxyWing Compares to Mid-2025 Benchmarks
This year, we ran ProxyWing at about the same time, so we have a good point of reference for comparison. The performance of any datacenter remained somewhere around the same. The latency in 2025 was already quite low and has little scope for improvement, but throughput increased marginally. ISP speed and stability definitely improved with sessions getting longer, fewer drops during long sessions and throughput last year was 70-90 Mb/s and is now 90-110 Mb/s.
Overall, there’s been an improvement in success rates, with the largest improvements on Google and Instagram (around 10-15% higher than 2025) and the Premium pool seems like a big improvement. The most improved product was Mobile, which rose from a small list of countries to 15+, added more carriers, and 5G coverage. IP pool also increased from 50 million to 70+ million. The per-IP health stats, however, are not available in real-time in the dashboard.
Conclusion
ProxyWing has been successful after a few months of actual usage. Datacenter and ISP have delivered the speed they promised, residential and mobile did the hard work on the difficult targets and IP quality remained fresh in all categories. The improvements year-over-year were real, particularly on the residential and mobile divisions, showing that the team is putting money into the network, rather than simply pushing new pricing tiers.
However, It’s not perfect. Per-IP health stats on the dashboard can be improved, and the cheapest tier markings on the home page aren’t necessarily what you get at single-unit volume. ProxyWing deserves to be on the shortlist in 2026 for anyone doing scraping, work with multiple accounts, or geo-targeted campaigns.