A route that drivers were avoiding into one that works
iFood's drone service in Barueri combines autonomous robots, aerial delivery via Speedbird Aero drones, and ground couriers to overcome 50% rejection rates in high-rise condominiums. The 3.6km route takes 5 minutes by drone, operates 10:30-22:30 daily with two aircraft, and replicates a successful model already deployed in Sergipe with 5,000+ orders since October 2025.
- Barueri route: 3.6 kilometers, 5 minutes by drone, operates 10:30 a.m.–10:30 p.m. daily
- Rejection rate in Barueri was nearly 50% before drone service launched
- Sergipe operation (since October 2025) completed 5,000+ deliveries using the same model
- Two Speedbird Aero aircraft available; drones carry up to 2.5 kg per order
iFood began drone deliveries in Barueri, São Paulo on June 1st, using autonomous aircraft to cover 3.6km routes over residential areas. The service complements traditional delivery to address high rejection rates in complex-access areas.
On a Monday morning in early June, iFood switched on a new kind of delivery operation in Barueri, a municipality on São Paulo's western edge. The company had begun flying food orders across the sky—not as a gimmick, but as a direct response to a stubborn problem: half the delivery drivers in that area were rejecting orders before they even started.
The route itself is a hybrid machine. When a restaurant partner receives an order, they check whether the meal qualifies for the drone: under 2.5 kilograms, dimensions that fit the transport box. If it does, an iFood courier walks it to a droneport—a designated launch and landing zone positioned strategically near customer demand. There, a Speedbird Aero technician loads the package into the aircraft's cargo container. The drone then lifts off on a pre-planned, automated flight path that spans 3.6 kilometers and takes five minutes to complete. It crosses residential neighborhoods at a fixed altitude between 30 and 120 meters, monitored constantly from a control center in Franca. When it reaches the destination droneport, the aircraft automatically releases the container and returns home. A ground courier then picks up the package and delivers it to the customer's door. It is, in essence, a relay race between machines and people.
The aircraft itself—built by the Brazilian company Speedbird Aero—is engineered for the realities of São Paulo weather. It cruises at 50 kilometers per hour and can handle winds up to 55 kilometers per hour and rainfall of 5 millimeters per hour. Two of these drones will operate daily between 10:30 a.m. and 10:30 p.m., sharing the workload across the Barueri route.
The problem iFood was solving is concrete and measurable. In Barueri's high-rise residential complexes, the rejection rate for deliveries had climbed to nearly 50 percent. Drivers faced long waits at security gates, navigated maze-like internal corridors, and dealt with access restrictions that made a single delivery take far longer than it should. The drone eliminates that friction. It bypasses the ground-level obstacles entirely, cutting the journey time to five minutes and removing the human frustration that was driving couriers away.
This is not iFood's first experiment with aerial delivery. Since October 2025, the company has operated a similar route in Sergipe, connecting a shopping center in Aracaju to the neighborhood of Barra dos Coqueiros. That operation has completed more than 5,000 deliveries, proving the model works at scale. The Barueri launch replicates that success in a much larger metropolitan area, with all the regulatory complexity that entails.
The operation required approval from two Brazilian aviation authorities: ANAC, the National Civil Aviation Agency, and DECEA, the Department of Airspace Control. Both signed off on the route, the aircraft specifications, and the operational procedures. The drone flies in a designated airspace band, separate from commercial aviation corridors, eliminating collision risk with planes and helicopters. Each flight follows a pre-authorized path, monitored in real time, with human operators able to intervene if anything goes wrong.
IFood has been explicit about what the drone is not: it is not a replacement for delivery workers. The company frames it as a complementary modal—a tool that handles the hardest part of the journey so that couriers can focus on the final, human-centered leg. In Barueri, where the rejection rate was suffocating the operation, that distinction matters. The drone solves the access problem; the courier solves the last-mile problem. Together, they make a route that drivers were avoiding into one that works.
For now, the service exists only in Barueri and Sergipe. There is no timeline for expansion to other cities, including Curitiba, where iFood operates but has not yet deployed drones. The company is watching the data, learning from each flight, and adjusting as needed. The regulatory framework in Brazil has proven flexible enough to allow this kind of innovation, but scaling it will require more approvals, more testing, and more proof that the model holds up under real-world pressure.
Notable Quotes
The objective is to overcome the complexity of access and long wait times at large condominiums in Barueri, transforming routes that were previously avoided by couriers into fast and efficient operations.— iFood announcement
Our objectives are clear with drones: they arrive to overcome route difficulties, but we will always work with delivery couriers.— iFood (Leilane)
The Hearth Conversation Another angle on the story
Why did iFood choose Barueri specifically for this launch?
The rejection rate. Nearly half of all delivery orders in that area were being turned down by drivers. The problem wasn't demand—it was access. The high-rise condominiums have security gates, long waits, internal mazes. A driver could spend thirty minutes just getting to the apartment door. The drone cuts that to five minutes.
So this is solving a labor problem, not a customer problem.
Exactly. The customer wants their food. The driver doesn't want to take the job. The drone bridges that gap by removing the part of the journey that was making the work unbearable.
Will this eventually replace delivery workers?
iFood says no, and the structure of the operation backs that up. The drone only handles the aerial portion. A courier still has to pick up the package at the landing zone and walk it to the customer's door. You can't automate that last step without entering people's homes.
What happens if the drone malfunctions mid-flight?
There's a control center in Franca monitoring every flight in real time. If something goes wrong, an operator can intervene. The route is pre-planned and authorized, so there's no improvisation. It's more like air traffic control than delivery.
Has this been tested before?
Yes. iFood ran the same model in Sergipe starting last October. Over 5,000 deliveries completed. That's why they're confident enough to scale it to São Paulo.
What's the next step?
Watch the data. If Barueri works as well as Sergipe, iFood will probably push for expansion to other cities. But there's no timeline yet. Each new route requires new regulatory approvals.