DoorDash Launches In-House Drone Delivery

The update adds clearer operational detail: DoorDash is now explicitly building and running its own drone-delivery stack in-house, while still depending on existing partners and limited approvals for scale. It also sharpens the near-term rollout picture by naming short-range delivery parameters and suggesting a fall 2026 commercial window.

The story has shifted from a prospective FAA BVLOS rulemaking to a concrete commercial launch: DoorDash now has Part 135 certification and is operating DoorDash Air in-house. The scope also broadens beyond U.S. regulation to active deployment questions in the UK, Ireland, and police drone programs, with economics, permissions, and privacy becoming more immediate constraints.

• DoorDash secured FAA Part 135 certification.
• DoorDash launched DoorDash Air in the United States.
• DoorDash Labs is developing its own aircraft and infrastructure.
• UK regulators are building BVLOS testing and traffic-management frameworks.
• Manna paused operations in Ireland due to local planning constraints.

The story is largely stable, but the current version sharpens the regulatory framing by emphasizing replacement of the waiver model and clarifying that large-scale overlap in low-altitude airspace is not yet workable. It also narrows the operational context slightly, dropping some prior examples and stressing unresolved right-of-way and security issues.

The story broadens from a general BVLOS rulemaking framework into a more concrete implementation and airspace-conflict narrative, with new emphasis on how delivery and public safety operators will compete for low-altitude space. It also adds a reported real-world scaling constraint: current visual-line-of-sight requirements have already made at least one delivery pilot uneconomic.

• Larger and autonomous drones are now explicitly included in Part 108 framing.
• Agricultural monitoring, search and rescue, and disaster assessment are newly named use cases.
• Drone delivery companies and public safety agencies are competing for low-altitude airspace.
• A grocery-delivery pilot was suspended because visual-line-of-sight rules raised costs.
• Protections for airports and public gatherings are now highlighted as unresolved issues.

The story is now more explicitly anchored to the FAA’s 2026 Part 108 rulemaking timeline and the August 2025 NPRM, shifting from a broad BVLOS-policy theme to a more concrete regulatory rollout. It also adds new emphasis on the operational stack required for scale, including compliance tooling, airspace security, and specific utility/industrial use cases.

The story now places more emphasis on operators already moving into BVLOS ahead of final FAA action, not just on pending rulemaking. It also broadens the regulatory cast to include TSA and FCC and sharpens the technical prerequisites around compliance, Remote ID, and autonomy systems.

The story has broadened beyond the U.S. FAA-centered narrative to include active BVLOS movement in the UK, while operational focus has shifted more sharply toward infrastructure inspection and the software/compliance stack needed for routine deployment. The overall frame is now less about emerging regulation in one market and more about multi-market operational standardization.

The story has broadened from a mainly U.S. FAA Part 108 expectation into a more policy-heavy, binational regulatory transition, with Canada now part of the same BVLOS scaling narrative. The new version also sharpens the operational picture by adding heavier autonomous aircraft and specific technical enablers like command-and-control systems and detect-and-avoid requirements.

• Canada’s BVLOS rules and operator certification now feature prominently.
• Routine autonomous flights and heavier aircraft are newly emphasized.
• Command-and-control joins detect-and-avoid as a key requirement.
• NASA UAS-NAS and AURA Network Systems are new named actors.
• Enterprise uses now include agriculture and infrastructure work.

The central development is the FAA’s move toward a Part 108 framework that could make routine beyond-visual-line-of-sight drone flights possible in the United States. Industry coverage shows operators, software providers, and manufacturers preparing for broader BVLOS use, while safety, airspace integration, and compliance remain key constraints. The material also shows a parallel push toward longer-endurance hydrogen drones and more mature operational systems needed for scale.