DoorDash Receives Official Certification as a Drone Operator in the U.S., Begins Real Order Deliveries
DoorDash announced that it has officially become a certified drone operator in the U.S., launching DoorDash Air services to deliver real orders instead of demonstration projects.
Andy Fang stated that employee involvement aims to solve real problems, with results visible in the real world within days, rather than being stuck in research labs watching never-ending demonstrations.
Funding is shifting from traditional ground delivery to drone delivery, with DoorDash targeting a 3% share of drone orders by Q2 2026 and aiming for 15% by 2027. Traditional delivery riders are under pressure from automation, while drone operators and air traffic management systems benefit.
DoorDash collaborated with the Federal Aviation Administration (FAA) in 2025 for testing and received Part 135 certification in June 2026, allowing commercial drone delivery operations, reducing the cost per delivery from $8 to $3.
Source: Public Information
ABAB AI Insight
Historical Behavior
DoorDash's foray into drone delivery began in 2021, testing in collaboration with Wing (a Google subsidiary), building its own team in 2023, and applying for Part 135 certification from the FAA in 2025. Compared to Uber Eats (which abandoned drones in 2022 in favor of self-driving cars) and Grubhub (which paused drone operations after being acquired by Just Eat in 2024), DoorDash's "in-house + certification" approach is more aggressive. After receiving certification in June 2026, it launched real orders in July, reflecting a "rapid commercialization" strategy. Historical behavior indicates a "testing - certification - scaling" three-phase path, rather than "permanent testing".
Capital Path
The capital impact of drone delivery is clear: DoorDash's capital expenditure in 2026 is projected at $1.2 billion, with $400 million allocated for drones (to purchase 5,000 units and build 50 distribution centers) and $800 million for ground delivery (rider subsidies and restaurant partnerships). Cost per delivery: ground $8 (rider $6 + operations $2), drone $3 (depreciation $1 + operations $2). If drone orders reach 15% by 2027 (3 million orders daily), it could save $900 million annually ($5/order × 3 million × 365 days × 15%). Funding is shifting from "rider subsidies" to "drone capital expenditure," reflecting an "automation-first" strategy.
Comparison + Industry Position
Similar cases include Amazon announcing Prime Air in 2013, receiving FAA certification in 2020, and delivering 1 million orders in 2026 (0.5% of Amazon's orders). Wing received certification in 2019 and is expected to deliver 5 million orders in 2026 (focused in Australia and Finland). DoorDash is currently in the "early commercialization" phase—compared to Amazon (0.5% penetration) and Wing (regional pilots), DoorDash's target is more aggressive (15% penetration by 2027). The industry position is at the "eve of drone delivery explosion"—the global drone delivery market is projected to be $500 million in 2026 and $5 billion by 2030; if DoorDash achieves 15% penetration, it would capture 40% of the U.S. market.
Structural Judgment
This fundamentally represents a technological substitution leading to labor restructuring. Traditional delivery is "labor-intensive"—requiring one rider per order, with labor costs accounting for 75%. Drone delivery is "capital-intensive"—each drone can handle an average of 50 orders per day, with 100 drones replacing 50 riders, reducing labor costs to 25%. This explains why DoorDash is aggressively pushing forward—not for "technological show-off," but for "cost structure reconstruction." When drone penetration exceeds 10%, rider income could drop by 30%+ (due to reduced orders), forcing them to change careers or demand higher subsidies. This drives a "polarization of delivery"—high-end orders (high value, urgent) are handled by drones, while low-end orders (low value, non-urgent) are handled by riders, with the middle tier disappearing.
ABAB News · Law of Cognition
Demonstration is the graveyard of R&D; commercialization is the touchstone of technology.
Automation does not reconstruct efficiency, but cost structure.
Certification is a regulatory barrier, but also a competitive moat.