Why We Use Next.js for Almost Every Client MVP

We've shipped projects in React, Vue, SvelteKit, plain Node, and a few stacks that probably shouldn't exist. When we're starting a new client MVP, we almost always reach for Next.js. Here's the honest reasoning behind that.

The Core Reason: Full-Stack in One Project

The biggest friction point in early-stage product development isn't any single technology — it's the boundary between frontend and backend. Separate repositories, separate deployments, separate teams, separate everything. Each boundary is a place for things to break, to get out of sync, and to slow down.

Next.js collapses that boundary. API routes, server components, and client components all live in the same codebase, deploy together, and share types. For an MVP, where the entire stack might be one or two people, this matters enormously.

The Deployment Story is Exceptional

Shipping to a live URL should take minutes, not days. With Next.js deployed on a modern hosting platform, the first deploy is a git push. Subsequent deploys are automatic on every merge to main. Preview environments spin up for every pull request.

This is the CI/CD setup we want on day one of every project, and Next.js makes it the default rather than something you configure.

Server Components Change the Performance Equation

Server components — components that render on the server and send HTML to the browser — mean that the default behavior for a Next.js app is fast. Data fetching happens server-side. The client gets rendered HTML, not a loading spinner followed by an API call.

For an MVP, this matters because real users encounter the product before you've had time to optimize. The default should be good, not "we'll fix performance later."

The Ecosystem is Mature

React has been the dominant frontend library for nearly a decade. The ecosystem around it — component libraries, form handling, state management, testing tools — is deep and well-maintained. When we reach for a solution to a specific problem, it almost certainly exists.

This reduces the time spent building infrastructure and increases the time spent building the product.

TypeScript Support Is First-Class

We write TypeScript on every project. Not because it prevents all bugs, but because it makes the codebase navigable for everyone who touches it — including clients who bring on new developers after the initial engagement ends.

Next.js ships with TypeScript support built in. No configuration required.

When We Don't Use It

Next.js is not the right tool for everything. We reach for something else when:

→ The project is primarily a mobile app with minimal web presence. React Native is a better fit, though we often still use Next.js for the admin or web layer.

→ The project needs real-time features at a scale that benefits from a more specialized architecture. Next.js can handle real-time, but if it's the core of the product, we think carefully about the tradeoffs.

→ The client has an existing backend in a specific language and we're building a frontend layer on top of it. In that case, we might use Next.js purely as a frontend framework and skip the API routes.

→ The project is static content that never changes. In that case, a simpler static site generator might be a better fit.

What Comes With It

The stack is only part of the equation. The CI/CD setup and hosting configuration we layer on top are equally important — and they're set up from day one on every project. We cover that in detail in What a Good CI/CD Pipeline Looks Like for an Early-Stage Product.

The Default Exists for a Reason

Defaults in engineering are load-bearing. A good default means less time spent on decisions that don't differentiate your product, and more time spent on the things that do.

Next.js is our default because it makes the right tradeoffs for the projects we build. If your project is an exception, we'll tell you — and we'll explain exactly why.