‘We had to get out of the way’: The backlash over delivery robots
We had to get out – As cities embrace the integration of autonomous delivery robots, the phrase “we had to get out of the way” has become a common refrain among residents grappling with the new technology. These compact, wheeled vehicles—also known as autonomous urban delivery systems—are now patrolling sidewalks in urban centers such as Chicago, San Francisco, Toronto, and Seoul. Designed to transport groceries, meals, and small packages, they rely on GPS navigation, lidar sensors, and AI to avoid obstacles. While companies like Starship Technologies and Amazon claim the robots are safe and efficient, critics argue that their rapid deployment has created unexpected challenges for pedestrians, especially in densely populated areas.
Public Frustration and Pedestrian Safety Concerns
For many, the novelty of delivery robots quickly gave way to unease. Chicago resident John Roberts, who initially admired their futuristic design, now voices apprehension about their impact on urban mobility. “We had to get out of the way during our walks, which made us feel like we were competing with machines for space,” he explains. This sentiment reflects a growing divide between the perceived benefits of automation and the practical disruptions it causes. In some cases, robots have been implicated in minor accidents, such as collisions with pedestrians or obstacles, raising questions about their reliability in bustling environments.
“To us it felt a little off—the fact that we were on the one strip reserved for walking, and we were having to get out of the way,” says Roberts.
Reports of such incidents have intensified public backlash, particularly in neighborhoods with narrow sidewalks. Critics argue that the robots’ speed and unpredictability pose risks to vulnerable groups, including children, the elderly, and individuals with mobility impairments. While proponents highlight their potential to reduce traffic congestion and lower carbon emissions, opponents stress that the transition to autonomous delivery has not accounted for the complexities of shared urban spaces. “We had to get out of the way because the robots didn’t seem to understand the priority of human movement,” adds one local advocate, emphasizing the need for clearer guidelines.
Regulatory Hurdles and Urban Adaptation
City governments have responded to the controversy with a mix of caution and innovation. In San Francisco, for instance, robots are restricted to less crowded zones, while Toronto has outright banned them from sidewalks since 2021. Chicago’s approach has been more measured, with limited trial zones where robots operate under strict supervision. However, these measures have not entirely quelled public resistance. In Glendale, California, council members have debated a temporary ban after observing the robots’ erratic behavior during peak hours. “We had to get out of the way because the robots appeared without warning, and we were initially unaware of their supplier,” notes Coun Ardy Kassakhian, highlighting the lack of transparency in their deployment.
“Council members say the robots appeared without warning, and we were initially unaware of their supplier,” notes Coun Ardy Kassakhian. “The increased visibility, combined with questions about pedestrian movement, triggered the discussion.”
Such concerns underscore the broader challenge of adapting urban infrastructure to accommodate autonomous systems. City planners are now advocating for updated regulations that address safety, accessibility, and liability. For example, some propose designated robot lanes or speed limits to minimize conflicts with pedestrians. Others emphasize the need for public education campaigns to familiarize residents with the technology’s capabilities and limitations. “We had to get out of the way because the robots are still learning to navigate the complexities of real-world environments,” says a local safety officer, pointing to the importance of continuous testing and refinement.
Employment Impacts and Community Resistance
While the focus on safety has dominated the discourse, the rise of delivery robots has also sparked debates about job displacement. The Independent Workers Union of Great Britain (IWGB), which represents delivery drivers, has raised alarms about the impact of automation on livelihoods. Union members argue that the technology threatens to replace human workers with machines, particularly in low-wage sectors. “We had to get out of the way as the robots encroach on our jobs, creating uncertainty for thousands of workers,” says Danny Pass, Starship Technologies’ European operations director. He acknowledges the concerns but maintains that the robots have been successfully integrated into communities since their UK launch in 2018.
“In the UK, people have taken matters into their own hands, like vandalizing Uber Eats vehicles in Sheffield,” says Danny Pass, Starship Technologies’ European operations director. “We know it’s a new experience for many, but the robots are designed to be friendly and careful.”
Despite these tensions, some cities are seeing the technology as a win-win. For example, in Seoul, delivery robots have reduced traffic congestion by 15% in pilot zones, according to a recent report. However, the balance between innovation and public safety remains a contentious issue. “We had to get out of the way because the benefits of the technology are only realized when it’s safe and widely accepted,” argues a city planner involved in the initiative. This sentiment echoes the growing call for a more inclusive approach to urban innovation, one that considers both technological progress and human needs.
Future Prospects and Community Dialogue
As the debate over delivery robots continues, stakeholders are working to address the concerns raised by residents. Companies like Starship Technologies have pledged to improve safety features, including better pedestrian detection and more visible signage. Meanwhile, city councils are exploring partnerships with local communities to gather feedback and adjust policies accordingly. In Glendale, a public forum has been scheduled to discuss whether the robots should be permitted to operate on sidewalks, with residents advocating for stricter rules. “We had to get out of the way, but now we’re pushing for a system that works for everyone,” says one participant. This collaborative approach may help bridge the gap between technological advancement and public acceptance, ensuring that cities remain walkable and safe for all users.
