Next.js on Render
Render publishes its own guide for deploying Next.js.
React framework with file-based routing, server components and a build step that produces both static and server-rendered output.
What Next.js needs.
Every host claims to run Next.js, so the claim on its own decides nothing. These are the things Next.js actually requires from the platform underneath it, and what Render publishes about each. Render documents 4 of the 6.
Max request duration
Not documented
Server components and route handlers run per request. The wall-clock ceiling decides whether a slow upstream API or a model response can finish at all.
Streaming response limit
Not documented
The App Router streams the dynamic parts of a page as they resolve. A host that buffers the whole response first removes the benefit.
Edge network
Supported
Middleware runs on every matched request before the cache is consulted. Where it executes decides how much latency it adds.
Sources (1) →Sources ↓
- Static Sites – Render Docs ↗
“Render serves your site over a blazing-fast, reliable, and secure global CDN. We cache your content on network edges around the world, ensuring the fastest possible load times for your users.”
Read 2026-09-05 · official docs
Build allowance
500 build-pipeline minutes a month on Hobby, 1,000 on Pro, 5,000 on Scale. Minutes, not builds.
A large Next.js app prerenders at build time, so the build allowance is a recurring cost rather than a one-off.
Sources (1) →Sources ↓
- Build pipeline — Render Docs ↗
“Each workspace receives a number of Starter-tier pipeline minutes per month, according to its plan: Hobby: 500 minutes Pro: 1000 minutes Scale: 5000 minutes”
Read 2026-09-14 · official docs
Git deployment
Supported
The Next.js workflow assumes a push builds and ships. A host without git-triggered deploys means wiring CI yourself before the first deploy, which is most of the setup cost.
Sources (1) →Sources ↓
- Connect your Git Provider to Render ↗
“Render automatically redeploys your service with every push to its linked branch”
Read 2026-09-05 · official docs
Concurrent builds
One active build per service, platform-wide on all plans; a new build cancels the in-progress one for that service
Next.js builds are slow enough that queueing is felt. One build at a time is workable alone and becomes the bottleneck the moment two people merge in the same hour.
Sources (1) →Sources ↓
- Build Pipeline – Render Docs ↗
“Each Render service can have only one active build at a time. Whenever a new build is initiated, Render cancels any in-progress build for the same service.”
Read 2026-09-05 · official docs
What Render documents.
Render publishes its own guide for deploying Next.js.
You can deploy a Next.js application on Render in just a few clicks.
Sources (1) →Sources ↓
- Deploy a Next.js App – Render Docs ↗
“You can deploy a Next.js application on Render in just a few clicks.”
Read 2026-09-05 · official docs
Next.js features on Render
Capabilities Render documents specifically for Next.js, with the constraint it documents alongside each.
Image optimization
Limited
Next.js Image Optimization requires server-side processing [...] The optimization process requires persistent disk for cache. Optimized images cache in .next/cache/images. [...] the default ephemeral filesystem means cached images are lost with each deploy or restart.
ISR / revalidation
Limited
Critical Requirement: Because Render Web Services have ephemeral filesystems, the ISR cache will be lost on every deploy or restart unless you configure a Persistent Disk.
Middleware
Supported
Middleware Behavior: Next.js Middleware runs as a standard Node.js process on Render Web Services, not in a specialized "Edge Runtime" environment. This means you have access to the full Node.js API, but you should still keep middleware lightweight to avoid latency on every request.
Sources (1) →Sources ↓
- How to deploy Next.js applications with SSR and API routes ↗
“Next.js Image Optimization requires server-side processing [...] The optimization process requires persistent disk for cache. Optimized images cache in .next/cache/images. [...] the default ephemeral filesystem means cached images are lost with each deploy or restart.”
Read 2026-09-13 · official site
What it costs to run there.
- Pricing model
- The Hobby plan does not have a monthly fee, so you only pay for usage.
- When you exceed a cap
- Pipeline minutes: overage is auto-purchased, but with no payment method or once the monthly spend limit is reached Render stops running pipeline tasks, builds included.
- Regions
- Oregon, USA; Ohio, USA; Virginia, USA; Frankfurt, Germany; Singapore
Sources (3) →Sources ↓
- Platform Features by Plan – Render Docs ↗
“The Hobby plan does not have a monthly fee, so you only pay for usage.”
Read 2026-09-05 · official docs
- Build pipeline — Render Docs ↗
“Running out of minutes If you run out of pipeline minutes during a given month, you automatically purchase a supplementary amount of minutes for your current tier, unless: You've reached your monthly spend limit, or You haven't added a payment method.”
Read 2026-09-14 · official docs
- Regions — Render Docs ↗
“You can deploy Render services to any of the following regions to minimize latency for your users: Oregon, USA Ohio, USA Virginia, USA Frankfurt, Germany Singapore”
Read 2026-09-14 · official docs
Whether it suits you.
Workloads that need real background workers and persistent processes alongside web services, deployed from a repository or a Dockerfile. Managed Postgres and static sites run on the same platform.
Consider something else if…
Free web services spin down after 15 minutes without traffic, which makes the free tier unsuitable for anything that must answer immediately.
Visit Render documentation