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Technology

Waymo Asks DoorDash Drivers to Shut Doors on Its Self-Driving Cars

February 13, 2026
6 min read
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Waymo, Alphabet’s self‑driving car company, has kicked off an unusual pilot in February 2026 that’s catching headlines. In Atlanta, the autonomous ride‑hail service is now alerting nearby DoorDash drivers when a robotaxi door is left open after a ride and can’t close itself. Dashers can accept the task, drive to the vehicle, shut the door, and earn a payment, even though it’s not a delivery job.

At first glance, it sounds almost funny: high‑tech vehicles relying on gig workers to do a simple job that humans take for granted. But the move highlights a real operational challenge in scaling driverless fleets and shows how automation still depends on people in unexpected ways. 

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Waymo’s Door‑Closing Pilot With DoorDash Drivers

What Is the DoorDash, Waymo Door‑Closing Program?

Waymo, Alphabet’s autonomous vehicle unit, confirmed in February 2026 that it had started a pilot program with DoorDash drivers in Atlanta, Georgia. The goal is simple: when a robotaxi’s passenger door is left ajar after a ride, the vehicle cannot depart for its next trip.

In such cases, nearby DoorDash workers get a task alert to go to the vehicle and close the door so it can resume service. This program is real and was verified in a joint statement shared with multiple outlets after a screenshot of a DoorDash app gig appeared on Reddit.

Under the pilot, Dashers see a non‑delivery task that pays to close the car door. Reported offers have varied; some show payment around $6.25 plus a $5 completion bonus, while other screenshots suggest offers up to $11.25 total. The earnings are separate from traditional DoorDash delivery work. Declining these tasks does not harm driver acceptance rates.

This unusual partnership highlights a real operational challenge for autonomous fleets and shows that fully driverless service still requires human help for some edge cases.

Why Can’t Waymo Cars Close Their Own Doors?

Even though Waymo’s robotaxis drive themselves without human drivers. They still depend on a physical action that their systems haven’t fully automated yet: closing the doors after a passenger exits. Self‑driving vehicle software monitors sensors and safety checks before departure, and if a door isn’t fully closed, the car stays immobile. This prevents the passenger from leaving the vehicle safely and stops the next ride from starting.

Waymo has acknowledged that future vehicle models will include automated door‑closing mechanisms to reduce reliance on human help. However, no official timeline has been disclosed for when these features will be rolled out across its commercial fleet.

Previous support programs point out that the door‑closing issue isn’t new. In other cities, such as Los Angeles, Waymo has used third‑party roadside assistance platforms like Honk to dispatch workers who close doors. Those workers have reported pay in the $20-$24 range for similar tasks.

What Does This Reveal About Autonomous Fleet Operations?

A self‑driving taxi that can navigate traffic, avoid pedestrians, and make complex routing decisions. But still can’t manage a simple mechanical step without help. This isn’t just a technical quirk; it shows a real gap between autonomous driving software and hardware integration for everyday use.

Industry experts and gig workers have noticed the irony. On Reddit, discussions show a mix of humor and criticism about machines needing humans to finish mundane tasks. Some drivers joke about the literal “door dash,” while others debate if Waymo should charge passengers who leave doors open.

More importantly, this pilot illustrates that autonomous mobility is not fully “driverless,” even in leading deployments. It still relies on real people circulating around the service area to support operations. This is a tangible example of where labor and automation intersect, especially in edge cases where artificial intelligence and machine learning haven’t solved every context. 

Is This a One‑Off or Part of a Bigger Trend?

Waymo’s pilot with DoorDash is one of multiple examples where autonomous technology leans on human workers. In Phoenix, the companies already run a separate driverless delivery collaboration, where Waymo vehicles deliver DashMart items to customers. This partnership launched in late 2025 and continues to expand.

Additionally, Waymo is rapidly scaling its robotaxi services into new markets. The company recently raised $16 billion to fund more vehicles and international deployment. Its fleet is now operating in cities like San Francisco, Los Angeles, Austin, Phoenix, Miami, and Nashville.

Despite this growth, recurring operational realities like open doors show that automation does not eliminate every human role. Instead, new forms of task‑based labor emerge, especially for last‑mile support, roadside assistance, or fleet efficiency fixes.

Broader Implications of Waymo’s DoorDash Door‑Closing Pilot

Waymo’s reliance on gig workers to close doors highlights several key trends:

  • Autonomy limitations in real‑world conditions: Advanced driving algorithms still face challenges when interacting with unpredictable human behavior.
  • Human‑in‑the‑loop operations: Even fully automated systems may require human action for physical tasks.
  • Cost and scalability questions: Paying external workers adds labor costs that must be balanced against the promise of driverless economics.
  • Gig economy adaptation: Platforms like DoorDash gain new micro‑task opportunities linked to emerging technologies.

This pattern suggests that early autonomous fleets will likely grow hybrid ecosystems. And, blend AI‑driven vehicles with human support where automation falls short.

What’s Next for Waymo and Robotaxi Tech?

Waymo plans to continue improving its technologies and expand service regions. Future robotaxi models will include automated door actuators and smarter onboard systems that detect and correct slight errors, such as ajar doors, without human intervention.

At the same time, the company’s expansion into global markets and partnerships with gig platforms could shape how autonomous mobility coexists with human labor in the short term. Whether this pilot becomes permanent or inspires new automation design choices remains to be seen.

Reader reactions online show both amusement and critique, but the core takeaway is clear: fully autonomous systems still need humans in surprising ways, even in 2026. 

Wrap Up

Waymo’s pilot with DoorDash drivers shows that even advanced self‑driving cars still need human help for simple tasks. It highlights real operational challenges in autonomous fleets and how automation and gig work intersect. This hybrid approach may shape the future of robotaxi services, balancing AI efficiency with human support.

Disclaimer:

The content shared by Meyka AI PTY LTD is solely for research and informational purposes. Meyka is not a financial advisory service, and the information provided should not be considered investment or trading advice.

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