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Waymo Robotaxi Leaves SJC with Man’s Suitcase in Trunk

A passenger's trip was disrupted at San José Airport when his Waymo driverless vehicle departed with his suitcase still inside after the trunk release failed.

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Waymo suitcase incident at San José airport spotlights gaps in driverless vehicle liability and customer service

A passenger at San José Mineta International Airport says a Waymo robotaxi departed with his suitcase locked in the trunk, creating travel disruption and raising questions about autonomous-vehicle logistics, customer service remedies and who bears liability for equipment failures.

  • Immediate human intervention is absent in driverless rides, complicating on-the-spot recovery when equipment fails.
  • Company policies that disclaim responsibility for lost items can spark disputes after malfunctions.
  • Regulators and insurers may need to clarify coverage and obligations for autonomous fleets, especially at airports.
  • Travelers and employers should adopt simple contingency plans when using unmanned services.

What happened

Incident summary: Di Jin took his first Waymo ride from Sunnyvale to San José Mineta International Airport for a business trip. The ride reportedly went smoothly until Jin tried to retrieve his luggage at the airport.

Jin told reporters he pressed the trunk-release button but the trunk did not open.

“I pressed the trunk release button but the trunk did not open,”

and the vehicle then left with his suitcase still inside, leaving him at the airport without a change of clothes or work notes.

Jin immediately called Waymo customer service and was told the vehicle was already en route to a depot and could not be recalled. Waymo later emailed him to say the suitcase had been secured at a Waymo facility. Reporting on the sequence was cited to CyberGuy and Waymo’s public help information.

Customer service and the recovery process

Initial offers from Waymo reportedly included sending the luggage to Jin but not covering shipping or courier fees; alternatively the company offered two free rides so Jin could travel to and from the depot himself. Jin argued the trunk failure was not his fault. After further discussion, Waymo agreed to cover the shipping cost and Jin accepted that resolution.

Waymo did not provide a public comment on the incident when contacted by reporters. The company’s public help information explains how trunk and lost-and-found processes are intended to work; details are available via Waymo’s support and corporate pages.

How Waymo says its trunk and lost-and-found systems work

  • Manual trunk release: Riders can open the trunk by pressing the trunk release button above the license plate or by tapping “Open trunk” in the app.
  • Automatic trunk release: The trunk will automatically open when the rider exits the vehicle at their destination, per Waymo guidance.
  • Operational caveat: The trunk may not open if a rider exits before the vehicle has officially pulled over and ended the trip.
  • Lost-and-found policy: Waymo’s support team will try to reunite riders with items but warns it cannot guarantee items will be found, delivered immediately, or returned undamaged; it also says it is not responsible for items left behind after a trip ends and does not reimburse the value of lost items.

For Waymo’s own descriptions see Waymo help pages and the Waymo official site.

Why the case matters: service gaps and liability

No driver to flag down: Unlike traditional taxis or ride-hailing with human drivers, driverless services lack an on-the-spot human to pause, return, or hand items back to passengers when trunks or doors malfunction.

App and depot logistics: Riders must rely on an app, phone support and company logistics to recover items, which introduces delays and uncertainty. In Jin’s case, initial customer-service options that did not cover courier fees created a dispute over responsibility for costs arising from an apparent equipment failure.

Policy limits: Waymo’s stated policy that it “is not responsible” for items left behind and that it does not reimburse the value of lost property has drawn attention; for many travelers a malfunctioning trunk feels different from simply forgetting an item.

  • Consumer protection concerns: Who pays when a company’s equipment malfunctions? Policies disclaiming responsibility may not satisfy state consumer-protection standards or local expectations.
  • Insurance and accountability: Traditional taxi and rideshare services operate under rules that address lost property differently; regulators and insurers may need to clarify coverage as driverless fleets expand.
  • Precedent and public trust: Incidents like this could affect public acceptance of autonomous vehicles; assurances of accountability will matter for adoption, especially for airport travel.

Local operational realities for airports

Depot routing: Autonomous fleets frequently return to depots for charging, maintenance, or rebalancing, making on-the-ground retrieval more complicated once a vehicle has left a pickup location.

Airport security and access: Airports are secure environments and coordination between fleet operators and airport authorities is necessary to retrieve items quickly; not all airports have procedures for unmanned vehicle incidents.

Passenger anxiety: Business travelers and those on tight schedules face practical and emotional concerns — from missing meeting materials to buying replacement clothing at short notice.

Source attribution and reporting notes

Details about Jin’s experience and Waymo’s initial and subsequent customer-service offers are based on media reporting summarized by local and national outlets and cited to CyberGuy. Waymo’s public descriptions of trunk operations and lost-and-found rules are taken from the company’s published help pages and terms of service. Waymo did not provide a specific comment on this reported incident when contacted by media.

See Waymo Help/Support and the Waymo official site for company-published guidance.

Implications for Walla Walla, Washington

Economic impact: Although Walla Walla does not host large-scale Waymo operations, residents and local businesses traveling through Seattle-Tacoma or Portland airports could encounter similar issues if driverless services expand regionally.

Political consequences: Conservative voters in Walla Walla who favor clear rules protecting property rights might press state regulators to require stronger consumer protections for autonomous operations, including immediate retrieval procedures and clear liability for equipment failures.

Social and cultural effects: Risk-averse travelers and local businesses may be slower to adopt driverless airport transportation, influencing how quickly companies expand into smaller regional markets.

Practical applications: Local employers and frequent travelers should carry backups in carry-on items, confirm trunk-release steps via the app before exiting, and document any failure with photos and timestamps. Businesses may want to set internal reimbursement policies and prefer carriers with clear recovery procedures.

Key takeaways for travelers and policymakers

  • Travelers: Understand how an autonomous vehicle’s trunk-open function works in the app and confirm the trip has ended before exiting, per Waymo guidance; carry essentials in carry-on.
  • Policymakers: Expect pressure to clarify liability and insurance rules for driverless fleets, particularly for airport pickups and time-sensitive travel.
  • Companies: Balancing operational efficiency with customer trust means offering clear, fair lost-and-found policies and timely remedies for malfunctions.
  • Waymo official site
  • Waymo Help/Support
  • Parent publication note: Times Media Service (dateline)
  • Reporting drawn from local and national accounts and Waymo’s publicly posted help materials; reporting cited to CyberGuy.

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Andrew Brexton

Andrew Brexton is a senior technology analyst for Times Media Service, based in the Washington bureau. Brexton covers technology, artificial intelligence and emerging innovations, as well as energy, explaining complex technical developments for general readers. Brexton holds a master's degree in electrical and computer engineering and grew up in Galloway, Ohio.

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