Uber Eats Expands Drone Delivery Through Zipline

Uber is expanding its autonomous delivery strategy through a partnership with Zipline, bringing drone technology to Uber Eats customers across the United States. The agreement signals a broader push to integrate automated transport into mainstream delivery platforms as companies seek faster and more scalable logistics systems.

The companies aim to reach one million drone deliveries per day by the end of 2029, with initial operations expected to begin later in 2026. The service will first launch in Zipline’s existing US markets before expanding into dozens of additional cities.

The partnership also includes a strategic investment by Uber in Zipline, although financial details were not disclosed. Zipline has already completed two million deliveries across four continents and was valued at $7.6 billion after raising $800 million earlier this year. Its expanding network gives Uber access to established autonomous delivery technology without developing a drone platform internally.

From a technology perspective, the agreement shows how autonomous systems are moving beyond experimental projects towards integration with large consumer platforms. Uber can provide digital ordering infrastructure and customer reach, while Zipline supplies the hardware, software and operational systems required for aerial delivery.

The partnership also builds on Uber’s wider interest in autonomous logistics. The company reached a similar agreement with drone operator Flytrex last year, which also included an investment. This suggests Uber is pursuing multiple technology partners rather than relying on a single delivery system.

Drone delivery still faces regulatory, operational and infrastructure challenges as deployments expand. However, Uber’s scale could accelerate commercial adoption. If the companies achieve their delivery target, the partnership could demonstrate how autonomous aircraft can become a significant part of everyday logistics, connecting digital marketplaces with increasingly automated physical delivery networks.