Prefactibilidad territorial para nuevos restaurantes (MTIE) mistakes versus the right method

Correct prefactibilidad territorial para nuevos restaurantes (MTIE) rests on four variables measured BEFORE the lease is signed —seat density of competing supply, disposable income inside the catchment polygon, occupancy cost against projected sales, and the food cost your actual suppliers can deliver at that address— never on how the sidewalk felt on a Saturday. The expensive mistake runs the other way: sign first, study later. When projected rent passes 10% of expected sales, or food cost only closes above 32% with the logistics available in that territory, the verdict is DO NOT OPEN THERE, however good the space looks.
An owner in Medellín signed a five-year lease on a busy corner and closed eleven months later owing 180 million pesos. Foot traffic was real, but it belonged to people heading somewhere else: three malls within a kilometre captured the polygon's disposable income, and his average check never reached the 42,000 pesos his model required. Nobody measured that beforehand. What got measured was pedestrian flow, the most visible variable and the least predictive one.
Territorial prefeasibility is the instrument that disciplines that decision with territorial data rather than the impression of a site visit. Put bluntly, in development banking a botched prefeasibility study does not produce one bad opening, it produces non-performing loans. When the IDB Group or a commercial bank with an MSME portfolio evaluates a gastronomic credit line, the driver of default is not the chef's talent, it is whether the unit was planted in a polygon capable of sustaining it.
SATE Institute frames this through local economic development because every twelve-month closure destroys 8 to 14 formal jobs that public money paid to create. Masterestaurant S.A.S., technology partner of the model and owner of the MTIE software, supplies the operating data layer —real input costs by zone, hourly sales curves, occupancy benchmarks— that turns a hunch into an auditable indicator under monitoring and evaluation frameworks.
Side-by-side comparison
| Common mistake (intuitive prefeasibility) | Right method (MTIE · Masterestaurant) | |
|---|---|---|
| Variable driving the location choice | ✕Pedestrian flow observed across 2 visits of 45 minutes | ✓4 measured variables: seat density per block, polygon disposable income, occupancy ≤10% of sales, food cost ≤32% |
| Timing of the study against the contract | ✕After signing, with 68% of capital already committed | ✓Before signing, 0% committed, under a revocable 21-day letter of intent |
| Accepted occupancy cost | ✕Up to 18% of projected sales, with no downside case | ✓10% ceiling in the base case, 13% absolute limit in the pessimistic case |
| Source of the projected food cost | ✕One supplier's list price, no last-mile logistics | ✓3 real quotes with verified delivery to that address; hard 32% ceiling per dish |
| Treatment of food loss and waste | ✕Never estimated; discovered at the first inventory count | ✓4-7% shrinkage budgeted by category, tied to circular economy waste routing |
| Cash horizon evaluated | ✕Monthly break-even, no cushion | ✓9 months of operating cash and weekly break-even by day-part |
| Traceability for banks or public programmes | ✕No file; the decision cannot be audited | ✓M&E file with baseline, dated assumptions, reusable in restaurant credit risk scoring |
The busiest corner is the one that broke the business
Foot traffic is the most visible variable in any territory and the least predictive of sales, and that confusion explains a large share of early closures. In Medellín, an owner signed a five-year lease on a corner with heavy pedestrian flow and shut down eleven months later carrying 180 million pesos in debt: people walked past, yes, but they were walking toward three shopping centers less than a kilometer away, which captured the spending of that polygon. His average check never reached the 42,000 pesos his financial model required. Add the cost context: ACODRES reported in 2025 a 9.8% rise in menu prices across Colombia to sustain 98,000 jobs, so a model that starts out tight has no room to absorb input inflation. MTIE territorial prefeasibility measures WHERE the income ends up, not how many shoes cross the sidewalk. Four variables decide the prefeasibility of a new location: supply density per block, disposable income inside the polygon, occupancy cost against projected sales, and the food cost you can actually reach with the suppliers who genuinely deliver to that address.
The four variables you measure before signing, and in that order
The order matters as much as the list. Start with household disposable income inside the polygon and with the historical share that household spends on food away from home, because that figure puts a CEILING on everything else; then look at installed supply, which splits that ceiling among competitors; only after that do you negotiate rent. Occupancy cost should stay below 10% of projected sales in a table-service model, and plate food cost should never exceed 32%, which is the tolerable maximum and not the target. Diego F. Parra insists on that sequence with every Masterestaurant client: first the money that exists, then who takes it. The real difference between prefeasibility and an autopsy is not how much information you gather, it is WHEN you deliver it. A flawless study that arrives after the signature protects nothing: it documents the burial.
Prefeasibility is a revocable verdict, not a handsome report
The MTIE instrument exists to produce a verdict while the letter of intent is still alive, when the owner can still walk away from the table without paying a peso, and that right to leave is worth more than any five-year sales projection. Consider what would have happened in Medellín if the study had closed two weeks before signing: the polygon would have shown its spending leak toward the shopping centers, the viable check would have dropped from 42,000 to roughly 28,000 pesos, the model would not have balanced, and the owner would have looked for another address. Eleven months of operation, a full payroll and 180 million pesos hinged on a date, not on one more data point. Every restaurant that closes at the twelve-month mark destroys between 8 and 14 formal jobs that public money paid to create, and that is why SATE Institute approaches this framework through local economic development rather than treating it as the entrepreneur's private affair.
The public cost of every twelve-month closure
In development banking the reading gets drier still: a badly built prefeasibility study does not produce one isolated bad opening, it produces non-performing loans. When the IDB Group or a commercial bank with an MSME portfolio evaluates a hospitality credit line, the determinant of default is neither the chef's talent nor the quality of the menu, it is whether the unit landed in a polygon capable of sustaining it. Sector employment is hardly marginal: over 67% of U.S. adults have worked in restaurants at some point, 78% among Generation Z (National Restaurant Association, 2026). A closure erases entry-level positions no other industry replaces at the same speed. It is worth stating what the measuring stick is. The employment and consumer-behavior data cited here come from the National Restaurant Association and the U.S. Bureau of Labor Statistics —6.2 million people aged 16 to 19 in the workforce in 2024, 900,000 more than in 2019— while the price and cost-pressure figures for Colombia come from ACODRES 2025.
Where these benchmarks come from and how far they reach?
Masterestaurant S.A.S., technology partner of the model and owner of the MTIE software, contributes the operating layer: real input costs by zone, hourly sales curves, and occupancy benchmarks gathered in live operation.
The limits are three and I will not hide them: U.S. data describes a consumption structure different from Latin America's and works as directional reference, not as a parameter; polygon income is estimated from census and cadastral records, which go stale; and no benchmark replaces validation with local suppliers. The three scenarios split by the rent threshold each structure can withstand, not by the size of the dream. Small venue, up to 40 seats and a single strong service: occupancy cost must not pass 8% of projected sales, because without volume there is no dilution of fixed costs, and with a 32% food cost your break-even slides three months out with any increase like the 9.8% ACODRES reported in 2025.
How to read these numbers in YOUR operation?
Mid-size operation of 60 to 120 seats across two services: it tolerates up to 10% occupancy provided the polygon shows disposable income sufficient for a check 20% above the block average.
Group with three or more units: negotiate variable rent on sales and push your purchasing power into food cost, because your advantage lives in input scale, not in the corner. Calculate your threshold before you visit the space. Two thousand people crossing a corner do not equal two thousand potential guests when their reason for moving is to reach somewhere else, and that misreading is the second most common failure in the studies I review. The useful figure is not sidewalk headcount, it is household disposable income inside the polygon multiplied by the historical share that household allocates to food away from home, divided by the supply units already installed per block.
Presence is not capture: two thousand pedestrians are not two thousand guests
Consumption habits skew that calculation further: 37% of adults order delivery at least once a week and over 40% order three to five times a month (UpMenu, 2024), which means a growing slice of polygon spending no longer walks toward any corner at all. If your model depends on foot traffic, you are competing against an app. Here sits a paradox every owner faces and few resolve well: the polygon with the strongest disposable income charges the highest rent, so the location that guarantees demand is precisely the one that breaks occupancy cost. The bridge is not hard negotiation, it is a change of format. With a short menu, high turnover and food cost below 30%, a small unit sustains a rent that a broad-carte restaurant could never carry at the same address; expensive territory gets paid with table velocity, not with price. The other route is variable rent on sales, which shifts part of the territorial risk onto the property owner.
The real tension: the best location is usually the one you cannot afford
My recommendation is explicit: if projected occupancy cost exceeds 12% of sales, stop looking for arguments and look for another address. That number has buried more restaurants than any bad recipe. The real difference is not how much information you gather, it is WHEN. A flawless study delivered after the lease is signed is not prefeasibility, it is an autopsy. MTIE exists to produce a revocable verdict: while the letter of intent is alive the owner can walk away at no cost, and that right to leave is worth more than any sales projection. The second break is confusing presence with capture. Two thousand people crossing a corner are not two thousand potential guests when their reason for travelling is to reach somewhere else; the useful figure is household disposable income inside the polygon and the historical share it spends on food away from home. Diego F. Parra holds the same sequence with every Masterestaurant client: territory first, concept second, never the reverse, because a concept can be corrected in six weeks while a location is corrected only by breaking a five-year contract.
Where the decision breaks?
A genuine tension deserves resolving rather than dodging: the polygons with the best disposable-income indicators also charge rents that blow past the 10% occupancy line.
The answer is neither the poor district nor the premium one, it is measuring the RATIO of capturable sales to occupancy cost, and accepting that the best territory is usually the second ring, three or four blocks off the premium strip, where rent falls 30-40% while capture drops only 12-18%. One warning on menus: if the project contemplates QR, the PHYSICAL menu stays. QR handles delivery, accessibility, price changes and analytics; the printed menu governs service pacing, menu narrative and suggestive selling. A venue that drops the physical menu loses 6 to 11% of average check through suggestive sales never executed, and that figure belongs in the prefeasibility because it moves the required sales threshold.
Criterion-by-criterion comparison
What intuitive prefeasibility doesExpensive mistake
- Measures pedestrian flow and mistakes it for demand the site can actually capture.
- Signs the lease first, then trims the menu to whatever budget survived.
- Takes catalogue food cost, ignoring freight and delivery frequency to that address.
- Counts competing businesses rather than seats and service turns.
- Budgets nothing for food loss and waste, then meets shrinkage at the first count.
- Projects sales from a neighbour's good month instead of a full twelve-month series.
What territorial prefeasibility (MTIE) doesMasterestaurant
- Draws a catchment polygon and estimates disposable income from official municipal series.
- Counts competitor seats and service turns, not registered trade names.
- Closes 3 quotes with verified delivery to the exact address before projecting food cost.
- Runs three sales scenarios and drops the site if the pessimistic case cannot pay payroll and rent.
- Ties every assumption to a source and a date, so the file serves both M&E and the bank.
- Cross-checks the result against the team's management capacity, since a viable polygon plus a cashless operator still fails.
Side-by-side comparison
| Common mistake (intuitive prefeasibility) | Right method (MTIE · Masterestaurant) | |
|---|---|---|
| Variable driving the location choice | ✕Pedestrian flow observed across 2 visits of 45 minutes | ✓4 measured variables: seat density per block, polygon disposable income, occupancy ≤10% of sales, food cost ≤32% |
| Timing of the study against the contract | ✕After signing, with 68% of capital already committed | ✓Before signing, 0% committed, under a revocable 21-day letter of intent |
| Accepted occupancy cost | ✕Up to 18% of projected sales, with no downside case | ✓10% ceiling in the base case, 13% absolute limit in the pessimistic case |
| Source of the projected food cost | ✕One supplier's list price, no last-mile logistics | ✓3 real quotes with verified delivery to that address; hard 32% ceiling per dish |
| Treatment of food loss and waste | ✕Never estimated; discovered at the first inventory count | ✓4-7% shrinkage budgeted by category, tied to circular economy waste routing |
| Cash horizon evaluated | ✕Monthly break-even, no cushion | ✓9 months of operating cash and weekly break-even by day-part |
| Traceability for banks or public programmes | ✕No file; the decision cannot be audited | ✓M&E file with baseline, dated assumptions, reusable in restaurant credit risk scoring |
Figures that move the verdict
“We were about to take the avenue unit because 3,000 people walked past daily. The MTIE study showed the polygon's disposable income only supported a 28,000-peso check while our model needed 42,000; we moved three blocks inland, rent dropped from 9.8 to 5.4 million monthly, occupancy landed at 8.7% of sales, and we closed year one with 14% operating margin instead of the bankruptcy we had already signed.”
How to build a territorial prefeasibility that survives an audit
Set a realistic catchment radius —600 metres on foot in a dense urban grid, 2.5 kilometres along a vehicular corridor— and inventory direct competition by SEATS and service turns rather than commercial registrations. A polygon with 14 restaurants of 30 seats open only at lunch is a different market from one with 6 venues of 90 seats running double turns. Record hours, observed check and closing days. Two field days cover it, and everything downstream rests on that census.
Cross official municipal series or the national household survey against the polygon you drew: households, median income, and the historical share of food spending that happens away from home, which across Latin America runs between 22% and 31%. Multiply, then divide by the competitor seats already counted. That quotient gives theoretical capturable sales per seat, and from there comes your average-check ceiling. If your model needs a check 30% above what the polygon sustains, no concept will fix it.
Catalogue food cost lies through logistics. Ask three suppliers for quotes including freight and delivery frequency to the exact address of the candidate site, because a zone trucks reach only twice a week forces high inventory, and high inventory breeds food loss and waste that eats the margin. Cost your full menu against those quotes. When food cost per dish only closes above 32%, the territory has already answered you.
Build base, optimistic and pessimistic cases from the capturable sales of step 2. In the pessimistic case apply −25% on sales and +8% on input cost, then verify that cash covers payroll, rent and utilities for nine months without fresh capital. Document every assumption with its source and date in a monitoring and evaluation file: that same file is what a bank with a gastronomic MSME portfolio will read to price credit risk, and it turns a hunch into an evaluable asset.
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Ecosystem instruments applied to the territorial decision
The prefeasibility file rests on three ecosystem tools that Masterestaurant S.A.S. contributes as technology partner of the model. They do not replace the fieldwork of step 1, they order it: the seat census, the quotes and the income series become a scenario model that an auditor can follow, which is exactly the format a local economic development programme or a credit committee demands.
Sequence matters. Business model first, growth projection second, cash last, because cash projected over a poorly bounded model yields an elegant number nobody can defend in front of an investment officer.
Frequently asked questions on territorial prefeasibility
How much does a territorial prefeasibility study cost and how long does it take before signing?
How much does a territorial prefeasibility study cost and how long does it take before signing?
A serious study takes 10 to 15 working days and its direct cost runs between 0.8% and 2% of total project investment. Against breaking a five-year lease, which typically costs three to six months of rent plus lost fit-out, the ratio is roughly one to thirty. You buy the time with a revocable 21-day letter of intent.
Is territorial prefeasibility (MTIE) worth it for a small quick-service unit?
Is territorial prefeasibility (MTIE) worth it for a small quick-service unit?
It matters more, because the small unit has less cushion. With 30 seats or fewer, a 15% error in capturable sales cannot be absorbed through volume, it turns into closure. In compact formats the polygon seat census and the 10% occupancy ceiling weigh even heavier than in a full-service restaurant.
How does prefeasibility relate to restaurant credit risk?
How does prefeasibility relate to restaurant credit risk?
Directly and measurably. A file with baseline, dated assumptions and three scenarios lets a bank with a gastronomic MSME portfolio price the operation on operating data rather than collateral alone. Projects arriving with occupancy below 10% and food cost under 32% show materially lower default than those breaching both thresholds.
If we use QR menus, can we cut the physical menu from the opening budget?
If we use QR menus, can we cut the physical menu from the opening budget?
No. Masterestaurant's position is to keep BOTH, each with its role: the printed menu governs service pacing, menu narrative and suggestive selling; QR solves delivery, accessibility, price changes and analytics. Dropping the physical menu shaves the average check and raises the sales you must hit in the prefeasibility, so the saving is only apparent.
Sector data 2026 (official sources)
Verifiable industry benchmarks from official, non-commercial sources (government, industry associations, market research) - not competitors.
| Metric | Benchmark 2026 | Source |
|---|---|---|
| Desperdicio de alimentos del sector de servicios de comida (mundial) | 290 millones de toneladas desperdiciadas en 2022 | UNEP - Food Waste Index 2024 |
| Proyección de pérdida y desperdicio de alimentos | Superará 2.100 millones de toneladas al año hacia 2030, con costo de US$ 1,5 billones | UNEP / WRAP 2024 |
| Empleados extranjeros en la hostelería de España | 772.000 en 2024, un 55% más que en 2019 (497.000) | Anuario de la Hostelería de España 2024 |
| Participación femenina en la hostelería de España | 54,3% de trabajadoras a fin de 2024 | Anuario de la Hostelería de España 2024 |
| Peso de España en el valor añadido del sector en la UE | 20,4% del valor añadido de la restauración en la UE-27 | Anuario de la Hostelería de España 2024 |
| Establecimientos de restauración en España | 263.508 establecimientos, de los cuales 163.491 son bares (2024) | Anuario de la Hostelería de España 2024 |
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