How to Build an App Like Uber Eats: The Commission Escape Plan for Restaurant Groups and Ghost Kitchens

Most founders building a food delivery app like Uber Eats are not trying to compete with Uber Eats globally. They are restaurant group operators watching $20,000 walk out the door every month in commissions, or ghost kitchen brands that need a consolidated ordering channel Uber Eats' structure cannot provide. The decision to build is almost always a financial one — not a product ambition.

Here is what that build costs, and when the math actually works.

How does Uber Eats make money — and what does that cost you?

Uber Eats charges restaurants a commission of 15–30% per order depending on the partnership tier, visibility placement, and market. On the consumer side, it layers on a delivery fee ($2–$6), a service fee (8–15%), and a subscription product (Uber One at $9.99/month) that reduces per-order fees for frequent users. A restaurant group doing $80,000/month in Uber Eats GMV pays $16,000–$24,000/month in commissions — and owns none of the customer data it generates.

According to Bloomberg Second Measure, 2024, Uber Eats holds approximately 23% of U.S. food delivery spend. That market share is built on massive consumer acquisition spending — but the restaurants funding it through commissions rarely see a proportional return in loyal, repeat customers.

If you are a restaurant group or ghost kitchen operator, you have two options once you decide to build:

Owned ordering channel (zero commission on your own orders). You are not building a marketplace. You are building a direct channel so your existing customers order from you instead of from Uber Eats. You keep the margin, own the customer data, and control the experience. The build cost is $35K–$140K depending on scope.

Regional delivery marketplace. You are building a platform for multiple restaurant partners, charging them 10–20% commission, plus delivery fees and possibly a subscription tier. This is a more ambitious business — and the build reflects it at $220K–$380K.

A custom ordering channel built for $60K–$100K pays for itself in 4–7 months at $80,000/month GMV. That math gets more compelling with every additional location.

Who actually builds a custom food delivery app?

Restaurant groups with 10+ locations doing the commission math

The moment a restaurant group hits $60,000/month in delivery GMV, the commission bill approaches or exceeds the monthly cost of financing a custom build. At $80,000/month, paying $16,000–$24,000 in commissions every month makes a $100K build a 5-to-7-month payback. These groups already have brand recognition and customer loyalty. They do not need Uber Eats for discovery. They need a checkout experience that is theirs.

Ghost kitchen operators running 3+ brands from one facility

A ghost kitchen running three distinct brands needs three separate consumer-facing ordering experiences, a single consolidated kitchen queue, and a single driver pool or third-party dispatch integration. Uber Eats' structure treats each brand as a separate restaurant entity — it cannot consolidate order routing across brands operating from the same kitchen. A custom platform can. In every ghost kitchen build we have scoped, the consolidation benefit alone is worth the build cost by month three.

Campus and corporate dining operators

University dining services, corporate cafeterias, and hospital food operators run into a fundamental limitation with Uber Eats: it is a consumer product. It does not handle pre-approval workflows, per-user budget caps, cost center billing, or meal plan deductions. These operators need custom platforms by definition.

Specialty food operators with a defined audience

Artisanal meal kit services, premium dietary delivery brands, and specialty grocery operators often find that Uber Eats' generic search and commission structure is not worth the audience access. If your average order value is $120 and you have a retention-driven customer base, you are paying $18–$36 per order to Uber Eats for customers who would have found you anyway.

Build vs. Uber Eats: when does custom actually win?

Keep using Uber Eats when your monthly delivery GMV is under $50,000. At that volume, the commission cost ($7,500–$15,000/month) is less than the annualized cost of building and maintaining a custom platform. If you have no existing customer list, Uber Eats' discovery traffic matters — a new restaurant with no following needs that marketplace visibility.

Build your own when:

Monthly delivery GMV exceeds $60,000–$80,000 and the commission payback period drops under 18 months. You own your customer list and that customer is loyal enough to bookmark a direct ordering link or download your app. You need features Uber Eats cannot provide: multi-brand kitchen queue management, pre-approval workflows, consolidated billing, or loyalty programs tied to lifetime value rather than platform currency.

"The operators who build successfully are not chasing scale from day one," says Ashit Vora, co-founder of RaftLabs. "They already have $60,000 a month leaving in commissions, and they finally ran the numbers. A $100K build that pays for itself in six months is not a tech investment — it is a cost reduction with a product as the mechanism."

If you are a ghost kitchen operator, platform dependency is the sharper risk: Uber Eats controls your customer relationship across every brand you run. A commission rate increase or algorithm change affects your entire business overnight.

What features does each phase of the build include?

V1: What does a launch-ready ordering app require?

The goal of V1 is a working ordering experience your existing customers can use instead of Uber Eats. Not parity with Uber Eats — a working channel.

V1 skips: driver app, surge pricing, loyalty, multi-brand routing, POS sync.

V2: What does a multi-restaurant or multi-brand platform need?

V2 handles operational complexity. This is relevant for ghost kitchen operators with 3+ brands or restaurant groups onboarding additional locations.

V3: What does a full delivery platform with driver logistics cost?

V3 is a marketplace. It requires driver supply management, real-time routing, surge pricing, and the full operational infrastructure of a platform business.

According to Statista, 2024, U.S. food delivery app users are projected to exceed 53 million by 2027. The market is large enough for regional platforms — but the operational cost of V3 is real and should not be underestimated.

What engineering problems eat your budget?

Driver supply bootstrapping — the most expensive mistake

Unplanned driver-side work added post-launch typically runs $20K–$40K in engineering changes. Planned as V1 scope, the same functionality runs $10K–$20K. The failure pattern: founders launch the consumer app, customers order, no drivers are available, and the first 200 customers never return.

The playbook that works is recruiting a minimum viable driver pool — 15–25 drivers per zone — before the consumer app goes live. Not alongside it. Before it. This is not an engineering problem. It is a go-to-market sequencing problem that costs engineering budgets when founders realize it too late and scramble to build manual dispatch overrides, driver incentive modules, and emergency third-party fallback integrations they did not plan for.

Menu accuracy and real-time sync

The most common customer complaint in food delivery — across every platform — is ordering an item that turns out to be unavailable. Restaurants update menus constantly. A platform where restaurant staff manually manage menus in a separate dashboard leads to items being listed that are unavailable, prices that are wrong, and modifier groups that are missing.

Building a menu sync mechanism in V1 (even a simple CSV import with timestamp tracking) prevents the category of complaints that drives the highest customer churn. Retrofitting it after launch is more expensive because it requires migrating existing menu data structures. CSV-based menu sync adds $5K–$8K in V1. Live POS webhook integration adds $12K–$20K. Retrofitting either post-launch adds 30–50% to those numbers due to data migration and regression testing.

Real-time location and order state infrastructure

Live order tracking requires a persistent connection between the driver app, the consumer app, and the order state system. WebSocket infrastructure or a real-time database layer (Firebase Realtime Database or similar) is required. Teams that treat it as a simple API call discover the problem in staging when 50 concurrent orders produce location update storms that exceed API rate limits.

Properly architected real-time infrastructure adds $15K–$25K to V2 or V3 scope. Improperly scoped, it causes $30K–$60K in rework after launch when the system fails under real concurrent load.

What do successful food delivery builds look like in practice?

Direct ordering channels — owned apps and web ordering — generate higher average ticket sizes than third-party platforms. According to the National Restaurant Association, 2024, restaurants that build direct ordering channels report higher upsell rates because they control the checkout flow rather than competing against nearby restaurants on a marketplace shelf.

Ghost kitchen operators who have built consolidated ordering platforms report meaningful improvements in kitchen throughput when all brands run through a single queue display rather than separate tablets for each third-party platform. The tablet problem — where a busy kitchen has 4–6 tablets for different platforms each beeping at different intervals — is a real operational cost that a consolidated owned platform addresses directly.

The builds that succeed launch V1 as a replacement for one channel (usually Uber Eats direct traffic from existing loyal customers), not as a platform that needs to acquire new customers. They fund V2 from the commission savings that V1 generates.

How RaftLabs approaches this

We scope food ordering and delivery platforms in a two-hour working session before writing a line of code. The session maps your current order volume by channel, identifies which customer segment is loyal enough to move to a direct channel, and determines whether V1 should be web-only, mobile-only, or both — based on where your actual orders come from.

Most restaurant group clients need a mobile-responsive web ordering experience first, not a native app. That gets adoption fastest without the 4–6 week app store review cycle. Our V1 builds for restaurant groups typically run 10–14 weeks and $35K–$60K. We connect to third-party driver dispatch (DoorDash Drive or Onfleet) so you do not need to build or manage driver supply at launch. If the commission savings in month 5 justify a V2, we have the architecture ready.

If your monthly Uber Eats commission bill is over $15,000 and you have customers who would order direct, the math is worth running. Book a 30-minute scoping call and we will do it with you.