Hostinger is a Lithuania-based web hosting company known for shared hosting and VPS plans, and its Next.js hosting product is a newer entry built around Node.js deployment rather than a general-purpose server. I reviewed it because the pitch, deploying a production Next.js app without managing infrastructure, is a real shift from how Hostinger’s other hosting works, and it deserved a real test rather than a read of the landing page.

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Deploy your Next.js app with Hostinger Web Apps hosting and get GitHub integration, managed SSL, CDN, automatic backups, and an easy deployment workflow.

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Pros and Cons

Rating Breakdown

To score Hostinger’s Next.js hosting, I applied HostAdvice’s rating methodology, the same standardized system used across every review on this site, so the numbers below reflect real testing rather than the claims on Hostinger’s own landing page.

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Hostinger’s Next.js hosting provides powerful VPS resources, full server control, and flexible deployment for fast, scalable web applications.

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Plans and Pricing

Hostinger sells Next.js hosting as two tiers under its Web Apps hosting line, Business and Cloud Startup, both built around Node.js deployment rather than a general VPS. Business covers a handful of Web App slots and a moderate resource allocation, while Cloud Startup roughly doubles CPU and RAM, adds a dedicated IP, and includes priority 24/7 support along with a traffic power boost for busy periods.

Billing runs across 1, 12, 24, and 48-month terms, with the deepest discount attached to the 48-month option, the same structure I saw on the Laravel VPS plans.

Money-back guarantee: This sits under Hostinger’s standard hosting refund terms rather than the VPS policy, meaning a straight 30-day window from the date of purchase with no 180-day cooldown between claims. That’s a real, meaningful difference from the VPS product, where a second refund inside 180 days gets rejected outright.

Free trial: I found no dedicated free trial for Next.js hosting, only the 30-day money-back guarantee.

Payment methods: Card (Visa, Mastercard, Amex, Discover), PayPal, Google Pay, AliPay+ China and Hong Kong, and Coingate for crypto. Crypto payments fall outside the refund policy entirely, so factor that in if the guarantee matters to your decision.

What’s bundled in: Every tier includes a free domain, free business email, and managed SSL certificates for the first year, plus the global CDN and GitHub integration at no extra cost. One nuance from the refund policy deserves planning around: a free domain claimed as part of a plan discount is non-refundable on its own, so canceling the hosting plan doesn’t guarantee you keep or reclaim anything tied to that domain.

Features

• GitHub integration with automatic deployments
• IDE-based deployment via Hostinger Connector
• Global in-house CDN included free
• Managed SSL certificates on every site
• Malware protection enabled by default
• Daily automatic backups included standard
• Managed MySQL database available on request
• Web application firewall included free
• Unlimited bandwidth on every plan

Hostinger Next.js VPS Hosting

Hostinger offers a reliable VPS environment for Next.js with scalable resources, root access, and support for modern full-stack applications.

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Performance

There’s no server to benchmark directly on this product, no SSH access, no root shell, nothing to run sysbench or fio against, since Hostinger manages the container underneath the app rather than handing you a VPS.

The performance test that actually applies here lives right on the dashboard, a built-in speed test that runs a Lighthouse-style audit against your live URL for both desktop and mobile.

I ran it against my deployed test app, blue-eland-230298.hostingersite.com, and treated the results as a real signal of how the app performs in front of an actual visitor rather than a synthetic server number.

1. Desktop Results

The desktop scan returned a perfect 100:

Every core metric here sits well inside the range Google itself calls good, not just passing. A Largest Contentful Paint of 0.4 seconds and zero layout shift on a freshly deployed, minimal demo app is close to the floor of what’s physically possible, so this result says more about the hosting layer adding no meaningful overhead than it does about the app itself being complex.

2. Mobile Results

Mobile came in slightly behind desktop, as expected on a more constrained device profile, but still landed in the top band:

A 2.2 second LCP on mobile still sits inside Google’s good threshold, and zero blocking time means nothing on the page delayed interactivity. The gap between desktop and mobile here reads as normal device-simulation overhead, not a real weakness in how the app is served.

3. Reading the Diagnostics

Both scans came with a diagnostics breakdown, and this is where the numbers need a second look rather than a face-value read.

Several items, document request latency, avoiding redirects, the network dependency tree, and reduced unused JavaScript on mobile, showed a score of 0. Read next to a 98 or 100 overall score, that looks contradictory at first. It isn’t. These are opportunity audits measuring potential savings, not a percentile grade, so a 0 here means the tool found nothing left to fix, the best possible outcome, not a failure.

A few diagnostics did land in genuinely middling territory, and I’d read these as real findings rather than noise:

• Render-blocking requests: scored 50 on both desktop and mobile
• Legacy JavaScript: scored 50 on both, flagging polyfills for older browsers that a modern deployment likely doesn’t need
• Reduce unused JavaScript: scored 50 on desktop

None of these pulled the overall score down in any way that shows up in the number, but they’re the actual, specific areas a reader deploying their own project could trim if they wanted to push the desktop and mobile scores from very good to flawless.

One thing to flag plainly: every help link under the diagnostics panel, on both the desktop and mobile results, pointed to WordPress-specific content, “Speed up WordPress in 9 easy steps,” a WordPress image optimization guide, a WordPress speed video. None of it applies to a Next.js deployment. This is a real gap between the product and the tooling wrapped around it. The speed test itself works correctly against a Web App, but the advice attached to it hasn’t been adapted from the WordPress hosting product it was clearly built for first.

I also noticed the score here, 100 on desktop, ran slightly ahead of the 99 shown earlier on the general Hosting Management dashboard for the same site.

That’s normal run-to-run variance for a Lighthouse-based test rather than a real discrepancy, but it’s a reason not to treat any single score as a fixed number. Each Past Results table also logged only one entry apiece, since the app had just been deployed, so this reflects a single snapshot rather than a tracked trend over time.

Overall Verdict on Performance

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Ease of Use

I tested Hostinger’s Next.js hosting from a blank signup form through to a live, server-rendered app in the browser, since that full path is the real product here. Web Apps hosting lives or dies on how fast you get from “I have a repository” to “it’s running,” so I paid close attention to every click between registering and watching a build finish. I started with the account itself.

1. Registration

I opened the Next.js hosting landing page first, where the “Claim deal” button doesn’t drop you into checkout. It scrolls down to a pricing table instead, putting Business and Cloud Startup side by side before asking me to commit to anything.

I chose Cloud Startup for this test, since it comes with 10 Web App slots against 5 on Business, a dedicated IP, priority support, and a stated power boost for traffic spikes.

That took me into the cart, where everything sat on one screen:

• Plan: Startup plan (Cloud Startup), with 1, 12, 24, and 48-month terms available and a “Best value” tag on the 48-month option, which I picked for the lowest published rate
• Bundled extras: a free domain for the first year and free mailboxes, both already reduced to $0 in the order summary rather than added as upsells
• Domain step: a search box right there in the cart to claim the free domain, instead of a separate step waiting later in checkout

From there, I moved into registration, and this time I built a new account rather than reusing one already signed in. The form offered three paths in: Google, GitHub, or email and password. I also had an optional phone number field and a checkbox for marketing messages over WhatsApp and SMS, unticked by default.

After registering, I landed on the billing address and payment screen, all on one page with no separate redirect:

I paid by card, and the charge went through right away, not on a delay. A confirmation email landed within seconds, and I was dropped straight into hPanel with the account already active and the plan already provisioned.

How I found registration: This is close to the least friction a checkout can have. Pricing sits in full view before you sign up, the free domain and mailboxes are claimed automatically rather than pushed as an add-on, and the card charge is real and immediate rather than a placeholder step before some later confirmation. My one note for a reader is that the marketing consent box is opt-in and easy to skip.

2. Dashboard and Client Area

Once payment cleared, I landed in hPanel, Hostinger’s own account panel built to replace a third-party interface like cPanel. It’s the one place where every part of an account lives: hosting plans, domains, professional email, files, databases, and billing, all reachable without switching between separate logins for each product.

The home screen greeted me by name and led with a prompt bar, a text field where I could type a request in plain language rather than hunting through menus for it. Below that sat a row of shortcut buttons for the most common tasks: Get domain, Create website, Get email, Migrate site, Get VPS, and Try email marketing.

The left-hand sidebar is where the actual account structure lives, and I want to walk through it in full, since this is the menu I’ll be referring back to for the rest of this section:

That structure told me right away where a Next.js deployment would actually live. Websites, not Dev tools, is where Web Apps hosting sits, grouped with WordPress sites and other website types rather than filed under VPS or GPU, which are separate infrastructure products entirely.

Back on the home page itself, a banner offered a free email address and a free domain to claim, and a stack of promotional cards followed it for the AI website builder, AI agents, an ecommerce store builder, and an automation tool.

Further down, a to-do checklist nudged me toward finishing setup tasks, and a running list of every website, domain, and server tied to the account filled out the rest of the page, ending in a VPS table for anyone also running a server.

Next, I scrolled past all of it toward Websites in the sidebar, since that’s where the actual deployment work would start.

What I thought about the dashboard: hPanel earns its reputation as a genuine replacement for a traditional control panel rather than a thin wrapper around one, since domains, email, billing, and every hosting product sit under the same login and the same sidebar.

The home page itself is busier than it needs to be for a reader who signed up purely to deploy a Next.js app, with several promotional cards to scroll past before reaching Websites. That’s a minor detour rather than a real obstacle, since the sidebar keeps every product, including the one you actually paid for, one click away at all times.

3. Deploying Your App

With the sidebar mapped out, I clicked into Websites and found my Cloud Startup plan already listed, empty, with an “Add website” button sitting next to it.

Clicking Add website opened a menu with four paths:

• AI Builder: describe an idea and let AI build the site
• WordPress: for CMS-driven sites
• Custom PHP/HTML website: upload code or install another application
• Deploy Web App: deploy from GitHub or upload files directly

I picked Deploy Web App. Then I was asked for a domain or subdomain, with a clear “Use temporary domain” link for anyone not ready to connect a real one.

I went with the temporary domain to keep this test focused on the deployment itself rather than domain setup.

Next, I reached the import step, with Import Git repository marked Recommended next to Upload your files, and a third path underneath both for deploying straight from VS Code, Cursor, or Claude Code through the Hostinger Connector.

I chose GitHub. Since my account was already connected, the repository list loaded immediately rather than sending me through an authorization screen first. A person connecting GitHub for the first time would see that authorization step here instead.

I picked a test repository, hostinger-nextjs-demo, and clicked Deploy.

That opened a build review screen rather than kicking off the deployment blind, with the Framework preset field already set to Next.js, the branch as master, Node version 22.x, root directory as ./, build and output settings default for Next.js, and no environment variables set, with an Add option next to each field.

Next.js was picked up correctly without me touching a dropdown, and every setting on that screen stayed editable before I committed.

After that, clicking Deploy opened a live progress screen with a percentage counter and an expandable Build logs panel that showed real npm output as it ran, package counts, vulnerability scan results, and all, rather than a generic spinner giving me nothing to look at.

The build finished in under a minute. The completed screen showed a thumbnail of the live site, the deployed URL, a link back to the repository, and a Go to dashboard button.

I then opened the live URL myself, since a completed build screen isn’t proof the site actually works. The page rendered correctly and displayed a server-side timestamp confirming the render happened at request time, along with a working API route link, real evidence that server-side rendering functioned on the host rather than the app quietly falling back to a static export.

How I found the deployment process: This is the strongest part of the entire product. Next.js was identified correctly on the first try, the build settings stayed visible and editable rather than hidden behind defaults I had to guess at, and the live build log gave me something real to watch instead of a loading animation.

Total time from clicking Add website to a working, server-rendered app in the browser ran to a handful of minutes, matching the landing page claim rather than falling short of it.

The one thing to flag for any reader following the same path is that a temporary subdomain is not a permanent home. Connecting a real domain is a separate step you’ll still need to handle before sending anyone to the site.

4. Hosting Management

Once the app was live, I wanted to know where control actually sits for a deployed Web App, and how much of it you get without opening a terminal.

Clicking into the site from Websites opened its own dedicated dashboard, separate from the hPanel home screen I’d just come from, with a left-hand menu covering:

• Dashboard
• Deployments
• Environment variables
• Runtime logs
• Hosting Plan
• Performance
• Analytics
• Security
• Domains
• Files
• Databases
• Advanced

At the top of the Dashboard sat the site name, a Connected with GitHub badge, and a Redeploy button that reruns the last build without needing to push a new commit. Four status pills sat below it, Running, Auto-deployment, Malware protected, and CDN, all showing green.

That malware status is a real contrast to what I found testing Hostinger’s Laravel VPS, where the same feature shipped switched off by default and needed manual activation in a separate security tab. Here it came active out of the box, no digging required to find it.

Next, I checked the Last deployment card, which gave a genuinely useful audit trail: state, repository, author, branch, commit, deployment timestamp, the framework preset in use, and Node version, all in one place. For anyone working on a team, having the author and commit message logged right on the dashboard means you can tell who shipped what without opening GitHub separately.

Then I looked at the Essentials card, which grouped the daily-use tools together:

• Database: connect a managed database with one click
• Backups: run daily and automatic
• File manager: opens directly in the browser
• Runtime logs: monitor site processes and catch errors
• Cache: clear-cache button and a no-cache preview option

Next to it, a Performance card showed a built-in speed score, 99 out of 100 on desktop in my test, with a button to run a fresh scan on demand. A resource usage panel closed out the page, tracking disk space, inodes, CPU, memory, and how many of the plan’s Web App slots were in use.

What I thought about hosting management: Control here is real, not decorative. Environment variables and database connections both get their own entries in the sidebar rather than being buried behind a separate control panel or a terminal session, a genuine improvement over how app-level management worked on the VPS product I tested previously. The built-in performance score is a nice touch I didn’t expect on hosting built around getting a project live fast, since it gives you a benchmark without needing to run your own test.

Overall Verdict on Ease of Use

Hostinger Hosting for Next.js Apps

Hostinger’s Next.js hosting combines scalable VPS resources, complete server control, and strong performance for dynamic websites and applications.

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Level of Support

Getting help on this plan runs through three channels: Kodee, Hostinger’s AI agent built into the dashboard, a knowledge base of self-service articles, and human support as a fallback once Kodee can’t close something out.

I tested Kodee directly with a real technical question about my deployed app, then went through the knowledge base to see how well it actually covers Web Apps hosting rather than just VPS and shared hosting.

Before getting into what I asked, a quick rundown of what each channel is for:

• Kodee (AI Agent): built to turn a plain-language question into a direct answer or action across your hosting account, rather than pointing you at a generic article. It reads live account and deployment data before responding, so answers can reflect the actual state of your site rather than a templated explanation.
• Human support: available as an escalation path, but rare to need in practice since Kodee resolves most queries on its own.
• Knowledge base: the self-service article library, organized into category tiles by product and topic.

1. AI Support (Kodee)

Kodee sits behind the Agent button at the top right of every hPanel screen. Opening it revealed something I hadn’t expected: the panel splits into two distinct modes rather than one general chat.

An “Agent” mode handles premium tasks like file creation and scheduled jobs, while a separate “Support” mode is narrowed down to quick help with your account, hosting, and websites. I stayed in the general Agent chat for this test, since that’s the entry point most readers will land on first.

I asked Kodee a two-part technical question about my live deployment:

“My Next.js app uses ISR with revalidate: 60 on a few pages. If I redeploy the app from GitHub, does the ISR cache get wiped and rebuilt from scratch, or does it persist across deployments? Also, if I update an environment variable in the dashboard without redeploying, does that change apply on the next request, or do I need to trigger a new build for it to take effect?”

Before answering anything, Kodee stated it was checking the live deployment details for my specific site, blue-eland-230298.hostingersite.com, rather than answering from a generic template.

The reply landed at 10:16, close behind the question, and split cleanly into the two parts I’d actually asked:

Each point came with a link to Hostinger’s own documentation rather than a bare claim, one on redeploying a Node.js application and one on editing environment variables after deployment. Kodee closed with three quick-action suggestions: purging cache manually, viewing error logs, and triggering a redeploy from the dashboard.

What I thought about Kodee: This held up well against a question with real production stakes attached. It separated the two parts of my question instead of blending them into one flat answer, and it correctly flagged the build-time versus runtime distinction for environment variables, which is exactly the detail that trips people up when a config change silently doesn’t apply.

I also appreciated the honesty in the ISR answer. Rather than guessing at cache behavior Hostinger hasn’t documented, Kodee said plainly that persistence isn’t documented and told me not to rely on it, instead of inventing a confident answer to fill the gap. That’s a better outcome for a reader than a wrong answer stated with confidence.

2. Knowledge Base

I went into the knowledge base next, landing on a category overview page with tiles for each product area: Getting Started, hPanel, Hostinger AI Builder, Domains, DNS, Files Management, Email, MySQL Databases, Website, VPS, Agency Hosting Plans, Hostinger Reach, SSL Certificates, PHP, Profile Management, Billing, Affiliates and Referrals, Features, cPanel, and About Hostinger.

I looked for a category matching what I’d just tested and didn’t find one. There’s no dedicated Web Apps or Node.js hosting tile anywhere on that page. VPS, at 277 articles, and Website, at 110, are the closest fits, which means a reader browsing by category rather than searching could miss Web Apps content entirely just from how the page is organized.

I then searched “next.js” directly to see whether the content exists even without its own category. It does. The search returned 7 results:

• How to fix the React server components vulnerability in Next.js (CVE-2025-55182 / CVE-2025-66478)
• How to deploy apps built with Codex on Hostinger
• How to migrate from Vercel to Hostinger
• Connecting a Hostinger MySQL database to a Node.js application
• How to redeploy a Node.js application
• How to add a Node.js Web App in Hostinger
• What to do if your hosting plan limits are reached in Hostinger

I opened the CVE vulnerability article to check the quality of what’s actually behind these results. It covers two real CVEs affecting React Server Components in Next.js 15.x and 16.x, lists the exact patched version for every release line from 15.0.5 through 16.0.7, and gives two update paths: an automatic codemod command, and manual install commands for npm, pnpm, yarn, and Bun individually. It also covers React Router users on unstable RSC APIs separately, includes a verification step to confirm the update landed, and links out to cleanup guidance for anyone whose VPS was affected before patching.

The article was marked updated one month before I read it, so this isn’t stale content sitting untouched since launch.

The one gap I noticed sits in the breadcrumb rather than the content. It’s filed under Support > VPS > VPS Management, even though the vulnerability applies equally to a Web App deployment like the one I tested. Site search surfaced it correctly regardless of category, so it isn’t buried, but a reader browsing the VPS section because they run a Web App, rather than a server, would have no reason to look there first.

What I thought about the knowledge base: The actual content is strong once you find it, current on a real security issue, specific down to individual patch versions, and written for more than one package manager rather than assuming npm. The organization is what lags behind. Web Apps hosting doesn’t get its own category despite being a distinct product with its own deployment model, so a reader has to already know to search rather than browse to find it.

Overall Verdict on Support

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Do We Recommend Hostinger Next.js Hosting?

Yes. The deployment pipeline is the real product here, and it delivered exactly what the landing page promised: connect a repository, get a correctly detected build, and land on a live, server-rendered app in minutes rather than hours. Kodee backed that up with a genuinely accurate answer to a real production question about ISR caching, and the built-in speed test returned strong, honest numbers rather than an inflated marketing figure.

The rough edges sit in the supporting material rather than the core product. The knowledge base has no category built for Web Apps hosting, and every optimization link inside the built-in speed test points to WordPress guides that don’t apply to a Next.js deployment at all. Neither issue affects whether the hosting itself works, but both mean a reader troubleshooting on their own may need to lean on Kodee more than a well-organized help center.

This is an easy recommendation for a developer who wants a Next.js app live fast without managing a server, and who’s comfortable asking Kodee directly when the documentation falls short. A reader who wants deep, categorized self-service documentation for every edge case should budget extra time for trial and error, or plan to use AI support as the primary resource rather than a backup.

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5.0

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Preço inicial

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Rating based on expert review

• Fácil de usar
  4.9
• Suporte
  4.9
• Recursos
  4.8
• Confiabilidade
  4.7
• Preço
  4.5