The drone sidesteps the gatehouse entirely.
Drone deliveries reduce travel time from restaurants to the gated community and eliminate courier registration delays that previously caused 50% of deliveries to be refused. The operation uses automated drones supervised by human operators, carrying up to 5kg per flight at speeds reaching 50km/h, with similar models already operating successfully in Recife and Aracaju.
- 2,500 residents in Alphaville Residencial Zero began receiving drone deliveries on June 1st, 2026
- Drones cover 3.5 kilometers from restaurants to the complex in approximately 5 minutes
- About 50% of delivery drivers previously refused orders to this complex due to gatehouse registration delays
- Current certification limits drones to 5-kilogram payloads; iFood expects 500 deliveries per month on this route
- Aracaju operation, launched in September 2024, now handles over 1,000 monthly deliveries with delivery times cut from 1 hour to 30 minutes
iFood begins drone deliveries to a 2,500-resident condominium in Barueri, São Paulo, connecting restaurants 3.5km away in under 5 minutes and addressing access delays that deter traditional couriers.
On Monday afternoon, June 1st, something shifted in how food reaches gated communities in São Paulo. The 2,500 residents of Alphaville Residencial Zero, a residential complex in Barueri, began receiving their iFood orders by drone—a first for the greater São Paulo area. The drones make the 3.5-kilometer journey from restaurants at the nearby Iguatemi Alphaville shopping center in roughly five minutes, a distance that would take a human courier considerably longer, especially when factoring in the bureaucratic friction that has long plagued these deliveries.
The problem iFood was solving is mundane but persistent. Gated communities require couriers to register at the gatehouse before entering, a process that creates delays and friction. According to the company, about half of all delivery drivers simply refuse orders to this particular complex because the time spent waiting for clearance eats into their earnings. The drone sidesteps this entirely. A ground robot called ADA receives the prepared order from the restaurant, carries it to a launch pad, and the drone takes flight. When it arrives at the complex, a waiting courier completes the final stretch to the customer's door. The entire transaction appears on the customer's map just like a conventional delivery, and costs nothing extra.
The operation runs on two drones, each capable of carrying up to 10 kilograms in theory, though current regulatory certification limits them to 5 kilograms per flight. The aircraft operate autonomously but under constant human supervision, traveling at speeds up to 50 kilometers per hour. They can cover up to 10 kilometers round-trip or 23 kilometers in a single direction. The specific route, altitude, and flight path for each drone are predetermined to ensure consistency and safety—a necessary precaution in Brazil, which has the world's second-most congested airspace.
This is not iFood's first venture into aerial logistics. The company has been running a similar operation in Recife, where drones helped overcome the barrier of native forest between restaurants and residential areas, significantly reducing delivery times. More significantly, in September 2024, iFood obtained Brazil's first permanent authorization to fly drones over populated areas, which it deployed in Aracaju. On one route there, total delivery time dropped from about an hour to 30 minutes. That operation now handles over 1,000 orders monthly.
Arnaldo Bertolaccini, iFood's VP of Logistics, frames the Barueri launch as a proof of concept for a larger vision. The company expects around 500 deliveries per month on this route. The real ambition, he explains, is to create a hub-and-spoke model: one large shopping center with multiple restaurants, surrounded by multiple residential complexes, each served by the same drone infrastructure. The company believes this model can unlock new condominiums for delivery service and expand the network without proportional increases in operational cost.
Manoel Coelho, CEO of Speedbird Aero, the company that manufactures the drones, describes the Barueri route as among the most complex his team has developed. The challenge is not just the congested airspace but the operational precision required. Traditional weather monitoring systems were built for conventional aircraft flying at higher altitudes; drones operate much closer to the ground, where conditions can shift unpredictably. Speedbird is developing new technology to improve weather forecasting along drone routes, though the system remains in testing. Still, Coelho notes that the drones have already proven resilient in adverse conditions across multiple countries.
For the couriers themselves, iFood argues there is no financial loss. The time previously spent waiting for gatehouse clearance should be offset by the increased volume of available deliveries within the service area. Whether that calculation holds in practice remains to be seen. What is clear is that the company is betting on drones not as a replacement for human couriers but as a tool to make their work more efficient and their earnings more stable—a small technological fix to a problem that has plagued last-mile delivery in Brazil's gated residential landscape for years.
Citações Notáveis
The idea is to have one large shopping center with multiple restaurants and several condominiums around it. Our dream is that this route can unlock new condominiums and that the company can, with this same infrastructure here, open new landing points and serve new orders.— Arnaldo Bertolaccini, VP of Logistics, iFood
To fly in Brazil, you need technology, safety, and confidence in the equipment. We started testing in places that weren't as complex as this, in several places around the world. We're back now for this route, which is undoubtedly the most challenging.— Manoel Coelho, CEO, Speedbird Aero
A Conversa do Hearth Outra perspectiva sobre a história
Why does a gated community create such a specific problem for delivery services?
The gatehouse registration process isn't just a minor inconvenience—it's a time sink that eats directly into a courier's hourly earnings. When half your drivers refuse an order because the wait isn't worth it, you've got a logistics failure disguised as a security procedure.
So the drone doesn't eliminate the courier entirely. It just skips the gatehouse.
Exactly. The drone handles the hard part—the 3.5 kilometers through open air where a person would get stuck in traffic or waiting. A courier still meets it at the gate and walks it the last stretch. It's a hybrid solution, not a replacement.
Is this actually safe? Brazil's airspace is already congested.
That's why every route is predetermined, every altitude locked in, every flight supervised by a human operator. It's not autonomous in the way people imagine. It's more like a very precise, very automated bus route that happens to be in the air.
What makes Barueri harder than Aracaju, where they're already doing 1,000 deliveries a month?
Aracaju was the first permanent authorization. Barueri is denser, more complex airspace, more variables. It's the difference between proving something works and proving it works at scale in a real city.
The company says couriers won't lose money. Do you believe that?
The math is plausible—more available orders in the area could compensate for lost waiting time. But it depends on whether demand actually increases. If it doesn't, couriers lose.
What's the real ambition here?
A shopping center surrounded by multiple condominiums, all fed by the same drone infrastructure. Once you've solved the gatehouse problem for one complex, you've solved it for all of them. That's when the model becomes genuinely scalable.