How to Build a Food Delivery App with React Native (2026 Guide)

By Rafat saqqa · 6 min read

Everything that goes into a React Native food delivery app screens, real-time order state, maps, payments and how to scope it before you start.

A food delivery app looks simple from the outside — a list of restaurants, a cart, a checkout. Under the hood it's one of the more demanding apps you can build: real-time order state, maps and driver tracking, payments, authentication, addresses, reviews, and push notifications all have to work together. This guide breaks down what actually goes into building a food delivery app with React Native and Expo in 2026, so you can scope the work honestly before you write a line of code.

The core screens you'll need

Every food delivery app is built from roughly the same set of screens. Getting this list clear upfront is half the planning:

  • Onboarding and auth — sign up, log in, social sign-in, password reset.
  • Home / discovery — restaurants or stores, search, categories, and filters.
  • Restaurant detail — menu, item options and modifiers, ratings.
  • Cart and checkout — quantities, address selection, delivery vs pickup, payment.
  • Order tracking — live status and a map with the driver's location.
  • Profile — saved addresses, order history, payment methods, settings.

None of these is hard on its own. The difficulty is that they share state — the cart, the selected address, the signed-in user — and that state has to stay consistent across the whole app.

The hard parts (and how to approach them)

Real-time order state. An order moves through stages: placed, accepted, being prepared, out for delivery, delivered. Users expect to see that update without refreshing. You'll want either polling on a timer for a simple version, or websockets/push for a real-time feel. Design your order model as an explicit state machine early — retrofitting it later is painful.

Maps and driver tracking. This is where most builds slow down. You'll integrate a maps SDK, request location permissions the right way on both platforms, and render a moving marker for the driver. Expo's location and maps libraries handle most of it, but permission flows and battery-friendly location updates take care to get right.

Payments. Use a real payment provider rather than rolling your own. Stripe is the common choice; you'll handle the client-side payment sheet, then confirm and record the order server-side via webhooks. Never trust the client to mark an order as paid.

Internationalization and RTL. If you're serving multiple regions — especially Arabic-speaking markets — build in localization and right-to-left layout from the start. Bolting RTL on after the UI is done means revisiting nearly every screen.

A sensible tech stack in 2026

  • React Native + Expo for the app, targeting a current Expo SDK.
  • TypeScript end to end — non-negotiable for an app with this much shared state.
  • A lightweight state manager (Zustand or similar) for cart, auth, and session.
  • React Navigation for the screen graph.
  • A maps + location library for tracking.
  • Stripe (or a regional equivalent) for payments.
  • A backend — Node/Express or a managed service — with a database for users, restaurants, orders, and an admin dashboard to manage them.

How long does this take?

Built from scratch by one experienced developer, a production-quality food delivery app — both apps, backend, and admin — is realistically a two-to-four month project, and longer if it's your first time with maps or payments. Most of that time goes not into the screens you can picture, but into the plumbing you can't: order state, permissions, webhook handling, edge cases in checkout.

The shortcut: start from a template

This is exactly the kind of app where a good template pays for itself many times over. Our Plates food delivery template ships the entire foundation as clean, TypeScript source code you own: authentication, item options, saved addresses, reviews, internationalization with RTL, a full checkout, maps, cart, and driver tracking — with dark mode included. The Regular license gives you the frontend with mock data; the Extended license wires it to a real backend and an admin dashboard so you can launch, not just prototype.

Starting from Plates turns the two-to-four month plumbing job into a customization job: change the branding, connect your restaurants, wire your payment account, and ship. You spend your time on what makes your app different instead of rebuilding the parts every food delivery app shares.

Before you start

Whichever path you take, do these three things first: write down your full screen list, decide your order state machine on paper, and pick your payment and maps providers. Those three decisions shape everything else. Get them clear, and building a food delivery app in React Native becomes a well-defined project instead of an open-ended one.

Want to see the finished foundation before you commit? Open a live preview of Plates and browse the full template catalog.