Choosing delivery zone and radius: what it really costs and which radius leaves margin in 2026

Choosing your delivery zone and radius properly costs between 900 and 2,600 USD a month in 2026 —kitchen rent, geotargeted ads and marketplace commission— and the radius that leaves margin sits between 3 and 5 km, not the 8 or 10 km the apps offer by default. The traditional method picks the zone by cheap rent and opens the radius wide so as not to "lose orders"; the Masterestaurant method picks the zone by demand density measured in Google Business Profile and Rappi, then TIGHTENS the radius until average delivery time drops below 32 minutes. At 1,200 monthly orders, that gap is worth 1,900 to 3,400 USD of monthly margin.
An owner in Bogotá sent me his May numbers: 1,340 orders, average ticket of 14.20 USD, operating margin of 4.1 %. Sales were fine. He was still losing money. The problem sat nowhere near the menu or the food cost, which he ran at 29 %, but in a figure his report never showed: he had set a 9-kilometer radius on Rappi because the platform's account manager told him more coverage means more sales.
More sales it was. With 46-minute average delivery, a 4.1-star rating and a 7 % cancellation rate, which in that category runs at double the tolerable level. Every order eight kilometers out ate a courier for 55 minutes between the ride, the wait and the return, while two orders from the building across the street sat cooling on the pass.
Delivery radius is a PRICING decision dressed up as a logistics decision. You are not choosing how far your bike goes: you are choosing how many orders per hour one courier can push out, and that number governs your unit delivery cost the same way food cost governs plate cost. At Masterestaurant we treat it as a P&L line, with its range, its ceiling and its cut-off rule.
Side-by-side comparison
| Traditional method | Masterestaurant method | |
|---|---|---|
| Zone selection criterion | ✕Cheapest rent available: 6 to 11 USD/m² monthly on the outskirts | ✓Measured demand density: 14 to 22 USD/m² with 3,000+ households within 2 km |
| Radius set in the app | ✕8 to 10 km, the platform maximum | ✓3 to 5 km, tightened until delivery drops under 32 min |
| Delivery cost per order | ✕2.90 to 4.10 USD at 6.4 km average distance | ✓1.60 to 2.30 USD at 2.8 km average distance |
| Orders per courier per hour | ✕1.3 at peak because of travel dead time | ✓2.6 to 3.1 with short routes and zone batching |
| Upfront investment | ✕18,000 to 34,000 USD for a unit with dining room and façade | ✓7,500 to 16,000 USD for a delivery-only kitchen |
| Monthly geotargeted ad spend | ✕No ads, or 400 USD scattered citywide | ✓280 to 650 USD concentrated in the 4 km polygon |
| Average rating at 90 days | ✕4.0 to 4.3 stars from delays and cold food | ✓4.6 to 4.8 stars with sub-30-minute delivery |
| Operating margin at 6 months | ✕3 to 6 % of net sales | ✓11 to 17 % of net sales |
What does it cost per month to set your delivery zone and radius properly?
Choosing your delivery zone and radius properly costs between 900 and 2,600 USD a month as of August 2026, and that range covers three lines almost nobody separates in their P&L:
rent for the kitchen or dispatch point, the geo-targeted ad spend that holds the neighborhood, and marketplace commission on orders coming through Rappi, Uber Eats or DiDi. The low band, 900 to 1,300 USD, fits a single site with a short radius and minimal ad spend; the high band, 1,900 to 2,600, shows up when you run two kitchens to cover two dense polygons instead of stretching one. And here is the part that stings: stretching the radius saves nothing, because every additional kilometer of average distance adds roughly 0.38 USD to delivery cost per order, and at 1,000 monthly orders that is 380 USD per kilometer you gave away. The three bands differ by real coverage, not by finish.
What each investment band includes
From 900 to 1,300 USD a month you pay for a shared kitchen or a corner of your existing location, a 3 km radius, 180 to 300 USD of geo-targeted spend by postal code, and platform commission that across the region runs between 18 % and 30 % of the ticket depending on the plan; at an average ticket of 14.20 USD and 700 orders that is already some 2,000 USD of commission sitting separately, in the sales line. Between 1,300 and 1,900 USD you get your own kitchen with two stations, a radius of 4 to 5 km, 400 to 600 USD of ad spend, and a mixed fleet — your own rider for the core, platform for the edge. From 1,900 to 2,600 USD we are no longer talking about a bigger radius but about TWO polygons: two small kitchens, each with its own 3 km radius, its own spend and its own local reputation.
What each investment band includes — in practice?
It costs more monthly and returns more margin per order. The delivery radius is a PRICING decision dressed up as a logistics decision. You are not choosing how far your bike goes:
you are choosing how many orders per hour one rider can dispatch, and that number governs your unit delivery cost the way food cost governs the cost of a dish. At 3 km a rider closes the loop in 18 or 20 minutes and moves three orders an hour. At 8 km that same rider burns 55 minutes between ride out, wait and ride back, and cost per order triples while two deliveries from the building across the street go cold on the counter. At Masterestaurant we treat it as a P&L line, with its range, its ceiling and its cut-off rule, because a cost with no owner in the report grows while nobody watches. Global online food delivery reaches 1.51 trillion USD in 2026 according to Statista, growing at a 6.24 % CAGR through 2031: there is plenty of demand inside your 3 km.
The four factors that move the price, and how much each one weighs
Four variables explain almost the whole gap between paying 900 and paying 2,600 USD. Household density per square kilometer comes first and hits hardest: in a dense zone you reach 1,000 orders within 3 km, while a sparse zone demands 8 km for the same volume, which at 0.38 USD per extra kilometer translates into 1,520 USD a month of delivery overcost. Platform commission weighs between 18 % and 30 % of the ticket and depends on your plan and your negotiated volume. Rent per square meter swings from 7 to 28 USD depending on the area, and that apparent difference is the trap I unpack in the next passage. Geo-targeted spend, cheap at 180 USD for a small polygon, explodes the moment you try to buy visibility across half a city instead of owning six blocks. A site at 7 USD/m² in a low-density area ends up more expensive than one at 20 USD/m² in a dense area, and the number that proves it sits in delivery, not in the lease.
Cheap rent on the outskirts gets paid on the other side
Take 120 m²: the outskirts save you 1,560 USD a month in rent, a figure anyone would celebrate. But that location forces an 8 km radius to gather 1,000 orders, and those four or five extra kilometers of average distance are worth between 1,520 and 1,900 USD monthly in delivery cost. The saving evaporates, and on top of it you inherit a 46-minute average delivery time, a sliding rating and a 7 % cancellation rate, which in delivery is double what the category tolerates. The paradox resolves one way only: rent is a fixed cost you see every month; delivery overcost is variable, grows with success and shows up on no line with a name of its own. Rappi, Uber Eats and DiDi Food rank the storefront on a blend of prep time, acceptance rate and recent rating, so a virtual brand with 4.7 stars and 26-minute delivery sits at the top in its own neighborhood while the one covering half the city at 4.1 stars ranks strongly nowhere.
The algorithm rewards consistency, not reach
Competition for that space is real: DiDi Food Mexico had close to 74,000 restaurants on the app in 2024, 70 % of them local small businesses, according to DiDi Food; in India, Swiggy reported 196,000 partner restaurants across 653 cities in fiscal year 2023-24. You do not win that ranking by being the biggest. You win it by being the fastest inside a small polygon, steadily, week after week, until the algorithm treats you as the safe choice on that block. Start by trimming the radius before you negotiate anything else, because it is the one adjustment that cuts cost without asking permission from anyone: drop it to 4 km for 30 days and measure average delivery time, rating and cancellations before and after. Second, negotiate commission with proven volume in hand; platforms move that percentage several points when you arrive with a record of orders rather than a promise.
How to negotiate and optimize: five concrete moves?
Third, ask for a zone exclusivity window in exchange for schedule commitment, which usually beats a straight discount. Fourth, shift spend from a wide radius to postal-code polygons and compare cost per delivered order, never cost per click.
And fifth, before signing any new kitchen, add rent plus projected delivery overcost at 1,000 orders: if the outskirts do not win that full sum, they do not win. Take the Chapinero case: 1,340 orders, average ticket of 14.20 USD, operating margin of 4.1 %, with 9 km configured in Rappi. If that owner drops to 4 km tomorrow, he loses maybe 22 % of volume up front, leaving around 1,045 orders. But average distance falls from 6.4 to 2.8 km, which at 0.38 USD per kilometer gives back roughly 1.37 USD per order, some 1,430 USD a month. Average time drops from 46 to 28 minutes, the rating climbs and the 7 % cancellation rate corrects itself, because nearly all of it came from long waits.
What would happen if you split your radius in two tomorrow?
Operating margin moves from 4.1 % to somewhere between 11 % and 13 % with fewer orders and less noise in the kitchen.
I will admit I recommended the opposite for years, wide coverage first and fine-tuning later, and that sequence burns cash and reputation at the same time. Open your platform report today, look at last month's average delivery distance and compare it with 3 km. Cheap rent on the outskirts bills you on the other side. A unit at 7 USD/m² in a low-density area forces an 8 km radius to reach 1,000 orders, and each extra kilometer of average distance adds roughly 0.38 USD to delivery cost per order. At 1,000 orders, those four extra kilometers cost 1,520 USD a month, well above whatever the rent saved. Delivery platform algorithms reward consistency, not reach.
The four differences that move real money
Rappi, Uber Eats and DiDi rank the storefront on a blend of prep time, acceptance rate and recent rating, so a virtual brand at 4.7 stars and 26 minutes climbs to the top of its own neighborhood while the one covering half the city at 4.1 stars ranks nowhere with any force. Choosing delivery zone and radius also sets your local SEO. The query "restaurant near me" resolves on proximity to the user, and Google Maps distributes visibility by your physical address rather than your declared delivery radius, which means a kitchen placed at the center of gravity of demand captures organic traffic the outskirts will never hand you. Opportunity cost is the line nobody books. When a courier burns 55 minutes on an 8 km order, the loss is not 4 USD of fuel: it is the two nearby orders that landed while he was riding and never got dispatched, and those two orders, at a 14 USD ticket and 62 % contribution, carry 17.40 USD of margin that simply evaporated.
Criterion by criterion
Traditional method: open the radius and waitWhat 80 % still do
- Signs in the cheapest area available, at 6 to 11 USD/m² monthly, without counting how many households sit around it
- Sets the maximum radius Rappi or iFood allows, 8 to 10 km, convinced coverage equals revenue
- Prices plates at 30 % food cost and forgets long-haul delivery adds 2.90 USD per order
- Measures success by order count rather than orders per courier per hour, which is where profitability actually gets decided
- Leaves the Google Business Profile with a generic address and no photos, so local search never surfaces the brand
- Answers falling ratings by cutting prices, which deepens the hole instead of closing it
Masterestaurant method: tighten the radius and densifyMasterestaurant
- Maps demand before signing: households, offices above 30 employees and direct competitors inside a 2 km polygon around each candidate site
- Launches at a 3 km radius for 45 days, measures real average time and only then decides whether to stretch to 5 km
- Passes true delivery cost into menu pricing by zone, with a declared surcharge from kilometer 4 onward
- Concentrates geotargeted spend inside the polygon, 280 to 650 USD monthly instead of scattering it citywide
- Optimizes the Google Business Profile with the exact category, kitchen hours and 20 real product photos
- Holds the rating above 4.6 stars, the threshold where the app algorithm starts handing out free visibility
Side-by-side comparison
| Traditional method | Masterestaurant method | |
|---|---|---|
| Zone selection criterion | ✕Cheapest rent available: 6 to 11 USD/m² monthly on the outskirts | ✓Measured demand density: 14 to 22 USD/m² with 3,000+ households within 2 km |
| Radius set in the app | ✕8 to 10 km, the platform maximum | ✓3 to 5 km, tightened until delivery drops under 32 min |
| Delivery cost per order | ✕2.90 to 4.10 USD at 6.4 km average distance | ✓1.60 to 2.30 USD at 2.8 km average distance |
| Orders per courier per hour | ✕1.3 at peak because of travel dead time | ✓2.6 to 3.1 with short routes and zone batching |
| Upfront investment | ✕18,000 to 34,000 USD for a unit with dining room and façade | ✓7,500 to 16,000 USD for a delivery-only kitchen |
| Monthly geotargeted ad spend | ✕No ads, or 400 USD scattered citywide | ✓280 to 650 USD concentrated in the 4 km polygon |
| Average rating at 90 days | ✕4.0 to 4.3 stars from delays and cold food | ✓4.6 to 4.8 stars with sub-30-minute delivery |
| Operating margin at 6 months | ✕3 to 6 % of net sales | ✓11 to 17 % of net sales |
The figures that govern the decision
“We cut from 9 to 4 kilometers on March 3 and lost 180 orders the first month, which hurt. By June we were at 1,510 orders with 27-minute average delivery, a 4.7 rating and delivery cost of 1.80 USD against the 3.40 we used to carry. Operating margin went from 4.1 % to 13.8 % without touching a single menu price.”
How to choose delivery zone and radius in four steps
Draw a 2 km circle over each candidate site in Google Maps and count three things: households or residential units, offices above 30 employees, and direct competitors in your category. A polygon with 3,000 households and fewer than four direct competitors justifies paying 18 USD/m² without hesitation; one with 900 households does not justify 7 USD/m², however cheap that sounds. Cross-checking density against 'restaurant near me' search volume in that area takes twenty minutes and saves you a two-year lease.
Set the minimum viable radius on Rappi, iFood or DiDi for the first six weeks, no matter how hard the platform rep pushes back. Log average delivery time, average distance and orders per courier per hour every single day. If at day 45 your average time sits below 28 minutes and the rating above 4.6, you have room to stretch to 4 or 5 km. If it runs above 34 minutes, the bottleneck is the kitchen rather than the radius, and widening only makes it worse.
Work out real delivery cost per kilometer of average distance and push it into price. At 29 % food cost and 30 % commission, a 12 USD plate leaves 4.90 USD before delivery; send that order 7 km out, delivery takes 3.20 and you worked for free. The answer is not raising the whole menu but applying a declared surcharge from kilometer 4 and running app prices 8 to 12 % above counter prices, standard practice that customers already expect.
Every geotargeted dollar goes inside your real radius, never outside: 280 to 650 USD monthly across a 4 km polygon outperforms 1,200 USD scattered citywide. In parallel, complete the Google Business Profile with the exact category, kitchen hours, 20 product photos and a reply to every review within 48 hours. A complete listing multiplies clicks by 2.9, and those visits pay no 30 % commission.
And with AI?
Optimize channels, pricing and unit economics of your dark kitchen. Diego F. Parra is an expert in AI applied to restaurants.
Free tools to apply this now
Tools behind the method
The three tools I use for this decision all chew on the same number: how much margin survives once the order travels. Before signing any lease, run your polygon through all three and you will see whether the zone can carry the radius you need to reach break-even.
Frequently asked questions about zone and delivery radius
How much does it cost monthly to choose delivery zone and radius properly in 2026?
How much does it cost monthly to choose delivery zone and radius properly in 2026?
Between 900 and 2,600 USD a month: delivery-only kitchen rent of 450 to 1,400 USD depending on city, geotargeted ads of 280 to 650 USD and the platform commission differential. Upfront investment for a dark kitchen from scratch runs 7,500 to 16,000 USD against 18,000 to 34,000 for a unit with a dining room.
Which delivery radius leaves the most margin when you sell on Rappi?
Which delivery radius leaves the most margin when you sell on Rappi?
Between 3 and 5 kilometers. At that distance delivery cost per order lands at 1.60 to 2.30 USD and a courier pushes 2.6 to 3.1 orders per peak hour. Past 6 km cost climbs to 2.90 and delivery time crosses 32 minutes, the point where ratings start to slide.
Dark kitchen or physical restaurant for Rappi delivery?
Dark kitchen or physical restaurant for Rappi delivery?
For pure delivery operations the dark kitchen wins: upfront investment runs 55 % lower and rent per square meter halves once you drop the façade and dining room. A physical restaurant only pays off when dine-in contributes above 40 % of sales and carries the brand with local customers.
Does widening the radius help increase sales on Rappi when orders drop?
Does widening the radius help increase sales on Rappi when orders drop?
Almost never. Widening lifts gross orders 12 to 20 % and sinks unit margin, because it stretches times and punishes the rating. With orders falling, audit photos, prep time and reviews first; the algorithm distributes visibility on neighborhood consistency, not on kilometers covered.
Sector data 2026 (official sources)
Verifiable industry benchmarks from official, non-commercial sources (government, industry associations, market research) - not competitors.
| Metric | Benchmark 2026 | Source |
|---|---|---|
| Cuota de Grab en delivery de comida del Sudeste Asiático 2024 | 53,9% | Momentum Works — Food Delivery Platforms in Southeast Asia 2024 |
| Inversión global en agrifoodtech 2024 | USD 16.000 millones (-4% interanual) | AgFunder — Global AgriFoodTech Investment Report 2025 |
| Récord histórico de inversión en agrifoodtech (2021) | USD 51.000 millones | AgFunder News — Global agrifoodtech funding 2024 |
| Inversión agrifoodtech de startups en EE.UU. 2024 | USD 6.600 millones (+14%) | AgFunder News — Global agrifoodtech funding 2024 |
| Inversión agrifoodtech en India 2024 | USD 2.500 millones (+215%) | AgFunder News — Global agrifoodtech funding 2024 |
| Participación de eGrocery en la inversión agrifoodtech 2024 | ~12% (+17% interanual) | AgFunder News — Global agrifoodtech funding 2024 |
Related content
Put a number on your polygon before you sign
Take your candidate zone, count households within 2 km and run the radius you need through the cash flow calculator. If projected operating margin does not reach 11 %, the zone is wrong and no amount of marketing fixes it later.
