Ride-hailing app development cost
Two apps, live dispatch, and money moving in both directions. Priced as an app with similar functionality to Uber or Lyft, at US rates and launch scope.
Planning range, not a quote. Every figure comes from the same engine the calculator runs on.
What makes it expensive
A ride-hailing product is three products: a rider app, a driver app and an operations console. The dispatch engine is genuine algorithmic work, live tracking is the most expensive thing you can put on a mobile client, and paying drivers means onboarding them as payees and filing tax forms.
What is in scope
- Rider app and driver app, both native
- Live location, routing and ETA
- Automated payouts to drivers
- Dispatch matching under time and distance constraints
Where the money goes
The six largest disciplines in this build. The calculator shows all 11, itemised down to individual features.
| Discipline | Hours | Share | Cost |
|---|---|---|---|
| Backend engineering | 2,000 | 34% | $300,000 |
| QA & testing | 950 | 11% | $95,000 |
| iOS engineering | 620 | 10% | $90,000 |
| DevOps & cloud | 540 | 9% | $80,000 |
| Project management | 520 | 8% | $70,000 |
| Android engineering | 460 | 8% | $65,000 |
The same product at four standards of finish
Identical answers, four levels of depth. This is usually the most useful comparison on the page, because it is the decision you actually control.
Standard is highlighted because that is what this example is configured at.
What it costs to keep running
Separate from the build, because operating cost scales with usage and development cost does not.
per month at 45,000 monthly users
21% – 28% of build cost
318 peak concurrent users