Cost of a React Native
logistics app.

Ask five agencies what a Logistics / Fleet App costs on React Native and you'll get five different numbers, mostly because they're quietly answering different questions. The honest range is ₹10–18 lakh for an MVP built to test one core flow with real users, ₹26–45 lakh for a production build with the supporting features logistics / fleet app actually needs to retain users, and ₹60 lakh+ once you're layering in enterprise requirements like SSO, audit logging, or multi-region deployment. iOS + Android, one codebase matters here because it determines how much of that budget goes toward the product itself versus toward reconciling platform differences. Founders who skip the scoping conversation and just ask 'what does it cost' tend to get quoted for the tier the agency wants to sell, not the one their product actually needs.

Makes sense if you already have a React or Next.js web team and want to share patterns (sometimes logic) between web and mobile. That's the general case for React Native — the more useful question is whether it holds specifically for a Logistics / Fleet App, and largely it does. Categories differ enormously in how much they depend on deep platform integration versus consistent cross-device behavior, and that difference is exactly what should drive a stack decision rather than familiarity or hype. For this category, the balance tips toward strengths this stack is well suited to provide, which is why experienced teams keep reaching for it here rather than defaulting to whatever they used on the last project. It's worth pressure-testing this reasoning against your actual feature list rather than accepting it as a given — a studio that's shipped this category before should be able to point to specific features where the stack choice mattered, not just recite the general pitch.

What Actually Drives The Price

Every logistics / fleet app has a handful of features that look similar on a spec sheet but cost wildly different amounts to build, and almost without exception, ERP/WMS integration work — usually more expensive than the driver app itself. is where that gap comes from. It's easy to miss during early conversations because it doesn't sound like a technical requirement — it sounds like a business detail. But business details like this translate directly into schema design, edge cases, testing surface, and third-party integration work. A team that scopes logistics / fleet app without asking hard questions about this specific dimension early on will either underquote and cut corners later, or discover mid-build that the simple version they priced doesn't match what the business actually needs. Getting specific about this one dimension in the first conversation is worth more than any amount of general feature discussion.

How We Scope And Build It

There's a reliable difference between studios that scope a Logistics / Fleet App properly and ones that just estimate it: the good ones run a founder workshop before writing a proposal, digging into edge cases, user flows, and integration requirements that never make it into an initial feature list. That workshop output becomes the sprint plan for the React Native build, broken into short, fixed cycles that each end in something demoable — a working screen, a functioning flow, not a progress report. Weekly demos aren't a courtesy; they're the mechanism that keeps a multi-month build honest, because they force both sides to confront gaps between plan and reality every week instead of at the end. Senior oversight on architecture decisions in the first few sprints matters disproportionately, since that's when decisions about data structure and integration patterns get made — and those are expensive to reverse once dozens of screens depend on them.

Realistic Timeline

Timelines for a Logistics / Fleet App built on React Native tend to cluster into three bands: 6–10 weeks to reach a genuinely testable MVP, 12–20 weeks to a production-ready mid-tier build, and 20 weeks or more once enterprise requirements enter the picture. What actually stretches a timeline past its estimate is rarely the core feature work — it's backend complexity that wasn't fully scoped upfront, compliance reviews that add approval cycles nobody budgeted time for, and platform count, since iOS + Android, one codebase changes how much of that cost is shared versus duplicated. A realistic project plan accounts for these explicitly rather than treating them as buffer, because buffer is where estimates quietly become fiction. If a quote gives you a single date with no discussion of these three variables, treat it as optimistic rather than reliable.

Technical Tradeoffs Worth Knowing

Building logistics / fleet app on React Native forces a handful of real engineering decisions early, and getting them right shapes how the product performs long after launch. State management is the first one — how consistently data stays in sync across screens that update independently, especially anywhere the app shows live or frequently changing information. Offline behavior is the second: whether the app needs to remain fully usable without connectivity, or whether a simple "you're offline" state is acceptable, changes the data-sync architecture considerably. Then there's the question of how much functionality needs deep access to native device capabilities versus how much can live comfortably in shared, higher-level code — a decision that directly affects both development speed and how much platform-specific work the team ends up doing. None of these are abstract concerns for this category; they show up as concrete architecture decisions in the first two sprints, and reversing them later is expensive.

The Risk Of Going Cheap

There's a reason cheap quotes for a Logistics / Fleet App on React Native tend to produce expensive problems later: the savings almost always come from cutting something that doesn't show up until after launch. Cross-platform QA is the easiest thing to skip quietly, since a demo on one device looks identical whether or not the app has been tested on the other five configurations your users actually have. Post-launch support gets the same treatment — vaguely promised, rarely defined, and functionally absent once the invoice is paid. And architecture decisions that should involve a senior engineer get made instead by whoever's available, which is fine until month four, when a decision made in week one turns out to be the reason a new feature takes three times longer than it should. A lower price is only a good deal if you know exactly what it excludes.

Every number in this range is honest, but it's still a range, and your specific version of a Logistics / Fleet App on React Native will land at one point within it — not because of guesswork, but because of decisions about ERP/WMS integration work — usually more expensive than the driver app itself., integrations, and platform coverage that only get made once someone actually looks at your requirements. That's the difference between a published range and a real quote: one is calibrated across hundreds of past projects, the other is calibrated to your product specifically. A short scoping call gets you the second kind — a number tied to your actual feature list and constraints, not an industry average. It costs nothing and usually takes less time than reading through another set of vendor case studies trying to reverse-engineer what your project might cost.