15+ Fastest WordPress Hosting Providers Compared (Based on 21,440 Individual Tests)

Over the past four years, we’ve run 21,440 individual tests (as of July 2025, and counting) to measure speed and reliability across 15+ of the top WordPress hosting providers. We bought these hosting setups with our own money, so there were no freebies, no sponsorships, and no biased results … just hard numbers!

In this post, I’m breaking down the results: which hosts actually deliver on speed, which ones fall short, and what you need to know before making a choice. Let’s get into it! 🏎️

👉 If you want to learn about our methodology in detail, click here.

Here are the fastest WordPress hosts according to our tests

First, the main thing that everyone wants to know…so who is the fastest host?

Who’s the fastest ALL TIME?

The short answer: it depends – but not entirely. In the end, one host does have the lowest average load time, and the data speaks for itself. Here’s all you need to know:

And if you’re invested in the fastest WordPress hosts this month – July 2025, here’s that:

Who’s the most consistent over time?

Conclusion: based on our tests, Rocket and Flywheel deliver the most consistent performance over time.

Okay, so the average speed is one thing, but the next thing I wanted to find out was how each hosting company’s loading times have progressed over time.

It just seemed interesting to see whether these hosting companies offer the same performance year after year or if there’s any variance at all. Ideally, you’d want to see them getting faster – as every hosting company learns how to be a better hosting company with each year of experience…though that seemed like a fairytale, honestly, so I really wasn’t expecting much.

I tried various visualization methods that could effectively depict these trends in load times for different web hosts. An approach that ended up being the most straightforward was using simple charts for average load times from different locations and their standard deviations.

• So in this picture, the average load time is just that – the average load time
• Standard deviation shows how far all the individual values (measurables) are from the mean. For example, if the standard deviation is small, this means that most of the data points are close to the mean. If it’s large, the data points are more spread out – i.e. you can never know if the load times this month are going to be better, worse, or same.

The following individual charts for each host help visualize basically how reliable those hosts are. The flatter the charts, the more predictable the host is over time. Here’s the gallery of hosts:

Bluehost:

Cloudways:

DreamHost:

Flywheel:

GoDaddy:

GreenGeeks:

HostGator:

Hosting.com:

Hostinger:

InMotion:

Kinsta:

Namecheap:

Rocket:

Scala Hosting:

SiteGround:

WP Engine:

Okay, so those are the individual hosts, when looked at one by one. However, I also wanted to see them all in one chart. To do that, I created a cumulative average chart. This chart aggregates the loading times of each host across all recorded quarters while also smoothing out short-term fluctuations to reveal longer-term trends. By doing so, it highlights which hosts have consistently maintained fast loading times and which have seen their performance vary.

Here are the charts for measurements done from the US and EU (hover your mouse over any of the lines to see detailed data):

The findings were revealing. Some hosts showed really good consistency with minimal fluctuation in speed, while others displayed significant variability.

• For example, check out the aforementioned Flywheel, which appeared to be worsening but actually still sits at the very bottom of the chart (it’s one of the fastest).

Consistency vs peak performance

The above shows us a visual picture of how consistent those hosts are when it comes to speed, but let’s also take it from a different perspective and investigate the relationship between consistency vs peak performance among them.

This involves looking at the average load times and comparing them with their variability (standard deviation) to understand not just who the fastest on average is, but also who maintains the most consistent performance.

Here’s how to do this:

• Get the average load time and standard deviation for each host to gauge both speed and consistency.
• Create a scatter plot where each host is represented by a point.
  • The x-axis shows the average load time (speed),
  • and the y-axis presents the standard deviation (consistency).

This will help visualize which hosts not only offer low load times on average but also maintain consistent performance over time:

Some observations:

• Lower left quadrant. Hosts in this area offer both low average load times and low variability, indicating they are not only fast but also consistent. All things considered, the three hosts there – Flywheel, Rocket, GoDaddy – are the ones that show the best combination of speed and consistency over time.
• Upper right quadrant. Hosts here have higher average load times and greater variability, suggesting that you might have some better and worse periods with them.
• There isn’t much of anything in the lower right and upper left quadrants.
• There are multiple hosts in the middle, meaning that they exhibit good consistency and performance throughout.

Who’s the fastest “managed WordPress” host?

Conclusion: Rocket is the fastest managed host, GoDaddy is the fastest standard host. Managed WordPress hosts are not significantly faster than standard hosts.

So there’s this thing I’ve been thinking about, and not just me but probably everyone who’s ever seen the label “managed WordPress hosting:”

Are those hosts actually any faster?

We actually do have a handful of managed setups in our test site portfolio, so I could find that out. I pitted those “managed” hosts against “standard” hosts. Here’s the lineup:

To determine who comes on top, I checked the overall average load times for each host across all regions and then ranked them within their respective groups.

When put all together, here are the top three fastest hosts in each category (according to their average load times):

Or, to look at a broader picture, here are the average load times for all standard hosts and all managed hosts:

Do you get more speed with managed WordPress hosts? Yes, but only around half a second.

In the end, paying premium on managed hosts doesn’t seem to be worth it if all you’re after is speed.

Speaking of money:

Who’s the fastest cheap WordPress host?

This one’s quick: it’s Namecheap.

They’re not only the cheapest host in the lineup but also one that sits nicely in the middle of the pack speed-wise. Here’s how the price vs speed picture lines up:

But hold on, we’re not done with the topic of pricing yet. Far from that, actually! I have something much more interesting for you next:

“Speed Dollars” – or how much speed you get for your buck

The topic of money is always interesting and an important one when deciding which of these hosting companies to choose. You’d assume that the more you invest, the better performance you should get overall – faster load times, less downtime, better user experience in total, etc.

But is that really the case?

So just taking the speed aspect into account, I wanted to calculate “how much speed” you get for each dollar spent.

Introducing Speed Dollars!

The need for speed…and value!

I was wondering how to make these calculations all make sense and for the final Speed Dollar amounts to actually represent anything. After some trial and error, I’ve decided to go with the following:

I started by noting the slowest speed a website took to load across the entire data set, which was 6.55s.

Wondering what the host was that recorded this slowest load time? I’m not going to tell you. You’ll have to look through the data set yourself for that easter egg. 😃

Next, I asked a simple question: For every dollar or euro I spend, how much can I reduce that sluggish 6.55 seconds?

To find the answer, I used a formula that’s pretty straightforward:

Here’s what that math does:

• 6.55 – average load time: This tells us by how much a hosting service can decrease that maximum sluggish time.
• Divided by price: This shows how much each second of speed improvement costs.

The result? The Speed Dollar. The higher this number, the less you pay for each second your page loads faster, which means you’re getting more speed for your buck!

Now for the results:

Speed Dollars for tests from the US

Conclusion: Namecheap and Bluehost give you the “most speed per dollar spent.” Also quite interestingly, Hosting.com, which is a rebrand of A2 Hosting, now stands quite strong as well. That’s because they reduced prices heavily alongside the rebrand.

Here are the calculated Speed Dollar values, indicating how many seconds each dollar spent can shave off from the maximum load time of 6.55 seconds (when measured from testing locations in the US):

Once again, Namecheap comes on top as the host that offers the best value in terms of reducing load time for each dollar spent, making it a highly cost-effective option.

Speed Euros for tests from the EU

Having done the math for the US, why not do the same for EU, right? Here are the Speed Euros for the hosts, ordered from best value:

The order is nearly the same, with only a couple of changes here and there. Namecheap, again, comes out on top.

Is there any correlation between price and load time?

Conclusion: higher prices do not guarantee significantly better performance.

The experiment above was fun, but is there actually any real correlation between price and speed?

To find out, let’s check if there’s a statistically significant relationship between the cost of hosting services and their average load times.

Here’s the plan:

• Calculate the correlation coefficient between prices and average load times to quantify the relationship.
• Create a scatter plot to visually assess the relationship between price and performance across all hosts.

Here’s the scatter plot that presents this:

• The correlation coefficient of -0.300 indicates a weak negative relationship between price and load time. This suggests that higher prices might be associated with slightly faster load times, but the relationship is not strong.
• The scatter plot shows a broad spread of data points. While some higher-priced hosts offer lower average load times, there are exceptions where cheaper hosting services perform competitively, offering low load times at a lower price.

This analysis indicates that while there might be a slight tendency for more expensive web hosting services to provide faster load times, the correlation is weak. Therefore, higher prices do not guarantee significantly better performance, and there are economical hosting options that offer competitive speeds.

Conclusions conclusions

Putting all this data together; which of the top three hosts would I actually recommend?

Based on all this analysis conducted across several metrics – average load times, price-to-performance ratio (Speed Dollars), consistency in performance, and improvement over time – here are my top recommendations, in two scenarios:

“I want the fastest host here!”

Rocket

• Performance and cost: It’s a tough case with Rocket. The performance is rock-solid, as you’ve seen in the tests. But it’s just roughly 15x more expensive than Namecheap. So in the end, if I were to recommend a lightning-fast WordPress host to you personally (in the $25.00 / mo range), it would be it.
• Consistency: It’s been superbly consistent. However, keep in mind that we have comparatively less data for Rocket – about half of what we have for the other hosts.

Alternatively:

Flywheel

• Performance and cost: While not the best score when it comes to Speed Dollars, the raw performance of Flywheel cannot be ignored. It’s among the top two fastest hosts we’ve measured, and frankly it’s been changing places with Rocket every other month or so.
• Consistency: Flywheel exhibited a super-low variability in load times, placing it in a great position in terms of consistency according to the scatter plot.

“I want the most speed for the money”

Namecheap

• Performance and cost: Namecheap consistently showed up as providing excellent value for money, with the highest Speed Dollar and Speed Euro values.
• Consistency: Although not the absolute fastest, it provides a good balance between cost and performance, with relatively consistent load times.

Alternatively:

Bluehost

• Performance and cost: Bluehost also showed good performance in terms of Speed Dollars and Speed Euros. It offers competitive prices, making it an attractive choice for those balancing budget and speed.
• Consistency: Exhibits consistent performance with a lower variability in load times.

FAQ: What most people want to know about fast WordPress hosting

Let’s zoom back out 🔭

Our methodology

Let me give you a bit of backstory first:

I think we started this experiment around 2019. It began rather simple; we just wanted to see who’s faster, Bluehost or SiteGround (we were working on a review). Then we added WP Engine to the mix, and then before we knew it, our portfolio of “unneeded” hosting accounts had grown to 16 in total.

Yes, you read that right. For some reason, we keep paying for 16 different web (and) WordPress hosting accounts and use them for nothing else than “science” purposes to check how fast they actually load and which is the fastest one.

This brings us to today. I figured, why not just show you the results of these tests, the historical spreadsheets, plus some conclusions and considerations on the topic of the fastest WordPress hosting overall?

I used the word “science” there in quotes since what we did wasn’t really science. The experiment started rather organically, with no specific thought process behind it and no big planning. There are certainly some holes in this approach, and feel free to point them out in the comments, but I still think the overall findings might be helpful for those of you interested in this kind of stuff.

Unfortunately, we didn’t track the early numbers when we just had a couple of hosts on record. We only started doing that around 2021, when the lineup was already 12–14.

Here’s how we set up each host and how we do our tests:

We buy each hosting setup independently

We don’t inform the hosting company about what we intend to do. We want to be just regular ol’ customers of each of them.

We also use these setups to write individual reviews for those hosts, so sometimes we buy the entry-level plans, sometimes higher tiers of hosting.

We run a test site on each host

We use WordPress on all our test sites. We install WordPress…well…normally – through the host’s own panel or cPanel. Nothing fancy.

We then make every site look the same:

• All sites use the same theme (Neve) and starter design (see below).
• All sites have the same test content; it’s the stock content of the starter site design.
• All sites also have the same set of popular plugins to add some extra load. Right now, the stack is: All In One WP Security, Templates Patterns Collection (Themeisle’s starter designs), WP Statistics, WPForms, Yoast SEO.

🎨 Click here to see the design:

The idea behind this is that we want these websites to emulate a real website as much as possible. We really didn’t want to just have a simple HTML page with 3B of content on it. In that scenario, each host would probably do a great job loading it in no time.

The homepages of our sites are around 650KB, which, while still not huge, does manage to feature all the common design elements (which you can see in the screenshot above).

Here’s roughly how the individual resources break down:

Other important considerations:

• We don’t equalize the settings of the servers. In short, we want to give some benefit to the hosts that go the extra step and try to gain an inch by fine-tuning their server configuration. More or less, we want to make our experience similar to what a normal user’s experience would have been. I’d argue that most users (at least on the entry-level plans) won’t fiddle with a lot of options in their hosting config files.
• We update all the plugins, themes and WordPress core every month.
• And, lastly, sorry, we won’t make the addresses public. We just don’t want the companies (or anyone else) messing with them and skewing the results over time.

What we measure and how

There’s a lot of tools and options to test load times and uptimes of your website, so that’s good, but we had some requirements when picking one:

• We’re interested in the total load time (“time to fully loaded”) of each of our test setups. Metrics like initial response times or FCP times can be misleading and aren’t really representative of an actual user’s experience or perceived speed of the site. That’s why we went the distance and decided to measure the time it takes to load the page entirely.
• We wanted to be able to test the sites from multiple locations around the globe.
• We wanted to emulate an actual web connection and user browser. The idea behind it is that we didn’t want to make it into a lab-like, synthetic experiment.
• We needed to do multiple tests per site and then average out the numbers to get the final “typical” load time. Ideally, in the range of 3-5.

Given the experiment was an organic one, the choice of tools also evolved organically. First, I started doing this with Pingdom Tools totally by hand. Meaning, I clicked through the interface, inputted the site, and picked each location individually. Then repeat. Then repeat.

It was pretty doable somewhere up to the fifth site mark. Above that, I decided to switch to something that can be more automated.

The math just doesn’t work in our favor here…16 sites x 6 locations x 5 runs each. That’s 480 individual tests every month. Have mercy on me; I’m not clicking this through on my own any longer! 😃

There’s just one solution on the web that can deliver all that – WebPageTest. It has an API, plus some interesting open-source scripts available on the web. It’s highly customizable and lets you test your site from basically all over the world.

I’ve experimented with different test locations and parameters over the years, but as of 2024, I’ve gone for what they call a “native” connection (with no traffic shaping*) and used the desktop version of Chrome as the end user environment. We’ve been testing our sites from N.Virginia (USA), California (USA), Utah (USA), London (UK), Paris (France), and Mumbai (India).

* WebPageTest also lets you set up emulated testing for different connections, like cable, DSL, 3G, LTE, and so on, plus all sorts of popular browsers and devices. Truly powerful stuff. Would recommend.

What about uptime?

Oh, right, tracking uptime is much simpler. We picked UptimeRobot for that.

It pays attention to uptime 24/7 and records every second of downtime. It also gives us one year of history, plus those cool status pages for each of the hosts. Plus, we put the older numbers in a separate spreadsheet not to lose any data older than one year.

I’m only mentioning this for context. Uptime doesn’t have much to do with site speed, but I thought some of you would be interested to see this as well. Feel free to go to our status page and see up to a year of history for each host.

We’re finally reaching the end here. What do you think of the results of this ongoing experiment of ours? Speak up in the comments below.

Bonus: See the raw spreadsheet