The Short Answer by Operator
To answer whether delivery robots are remote controlled, you must identify which company operates the machine in front of you. At The Bot Scout, we track sidewalk delivery robots alongside larger autonomous machines because meal transport fleets represent the most visible robotics hardware on public streets today. A 2022 GovTech report described Coco's robots as flown by remote human pilots, whereas Starship Technologies says its robots are 99% autonomous.
The exact division between automated guidance and human teleoperation varies significantly across the commercial sector. Starship Technologies claims its delivery fleet is 99% autonomous at Level 4, while a 2022 report on Coco described human operators driving its robots with gaming-style controllers. These published performance metrics represent company disclosures rather than independent, third-party audits.
Financial researchers at Sacra describe labor as the main variable cost operators are trying to reduce. Understanding which system steers a sidewalk unit requires examining the specific operational choices of each robotics enterprise.
| Operator | Control Model Described | Autonomy Level Reported | Source Information |
|---|---|---|---|
| Coco | Remote human pilots (described in a 2022 report) | Level 0 (human-controlled), per the 2022 report | GovTech report |
| Starship Technologies | Autonomous navigation with human edge-case support | Level 4 (high automation) | Starship Technologies business site |
| Serve Robotics | Autonomous navigation with teleoperation backup | Targeting under 5% teleoperator miles | Serve Robotics site and Sacra analysis |
| Kiwibot | Remote human vehicle operators | Remote human assistance | GovTech report |
Autonomous Driving Versus Remote Piloting on Sidewalks
Sidewalk delivery systems balance between human teleoperation, assisted navigation, and automated driving. In a pure remote piloting workflow, a remote worker sits at a control workstation and steers the vehicle manually using real-time video streams. Pure autonomous navigation relies on onboard software, cameras, radars, and machine learning models to detect curbs, obstacles, and pedestrians without human steering inputs.
Remote assistance operates as an intermediate operational model between automated steering and complete manual control. Under remote assistance protocols, the machine drives itself along uncomplicated sidewalks until an unfamiliar obstacle or dense street crossing halts progress. When that confusion occurs, the automated software alerts a remote human monitor to evaluate camera feeds and guide the vehicle through the obstacle.
- Direct teleoperation assigns a dedicated human operator to drive the robot continuously through public pedestrian corridors.
- Remote assistance allows automated navigation code to steer normally while notifying human supervisors when an edge case halts travel.
- Supervised autonomy permits the onboard system to cross streets and avoid obstacles independently under general remote monitoring.
What Coco Discloses About Remote Pilots
A March 2022 article by GovTech reported that Coco employed about 150 remote pilots, referred to by the organization as Coconauts, to drive its fleet. The company recruited Generation Z workers with gaming-controller experience and gave operators 30 hours of paid training.
The GovTech report noted that Coco compensated its remote pilots at hourly rates above the United States (US) federal minimum wage, although specific pay scales were not published. Coco Vice President Carl Hansen told Popular Science in March 2026 that Coco robots operate at about 5 miles per hour. Coco stated that its delivery vehicles had achieved more than one million miles of delivery travel before a collision involving a Chicago bus shelter in March 2026.
GovTech also reported that Kiwibot contracted remote operators in international locations at compensation rates reported near $2 an hour equivalent.
What Starship Technologies and Serve Robotics Publish
Starship Technologies states that its robots are "99% autonomous and operate at Level 4." According to documentation on the Starship Technologies commercial portal, its fleet has logged over 10 million completed deliveries and driven more than 14 million cumulative miles. Starship Technologies also states that its vehicles complete 125,000 daily road crossings globally while maintaining a 15-minute average delivery duration.
To accomplish this level of automation, Starship Technologies outfits its vehicles with a suite of sensors, radars, cameras, and machine learning models to recognize physical hazards. Its business page does not describe remote supervisor staffing or supervisor-to-robot ratios. We break down these operational statistics further in our Starship Technologies review and our Serve Robotics vs Starship Technologies analysis.
In comparison, California manufacturer Serve Robotics constructs motorized sidewalk delivery units featuring a 13-gallon cargo volume and a maximum velocity of about 11 MPH. While Serve Robotics does not describe remote supervisor staffing on its main website, financial analysis by Sacra states that Serve Robotics aims to maintain teleoperator miles below 5% of overall distance. Prospective restaurant partners can review hardware capabilities in our Serve Robotics review.
Why Remote Supervision Matters for Unit Economics and Safety
The proportion of remote driving versus autonomous navigation serves as the primary economic lever across commercial food delivery robots. Sacra's investment research highlights that labor expenses represent the central variable cost that sidewalk automation startups must reduce to achieve operating profit.
Sacra reports that autonomous delivery firms model remote oversight after air traffic control centers, allowing a single technician to oversee numerous robots and intervene only when a vehicle encounters an unexpected obstacle. When software handles normal driving, one supervisor can cover many robots, which is the cost argument for autonomy.
The incidents on public streets are a separate question from supervision, but they show what a stuck robot can lead to. An incident log published by OECD.AI recorded that a Coco-operated Uber Eats robot became stuck on railway tracks in Miami, in an incident reported on January 16, 2026, due to a hardware failure and was destroyed by a Brightline train with no human injuries reported. Following an incident where a sidewalk robot struck a Chicago bus shelter in March 2026, Popular Science reported that Serve Robotics dispatched a human field support crew to the location. Readers can inspect our comprehensive index of delivery robot incidents for what happened in each case.
How to Identify Delivery Robot Control Methods on the Sidewalk
Pedestrians sharing a sidewalk cannot easily tell whether an approaching robot is executing automated code or responding to a remote human joystick. The exterior plastic housing of a delivery robot rarely displays whether teleoperation is active, so your best option is to identify the operating brand and check its published technical disclosures. The robot's behavior alone does not reliably tell you.
Checking the operator brand on the robot lets you look up what that company has published about its own supervision.
This guide does not fit municipal logistics planners seeking heavy autonomous freight trucks or commercial warehouse automated guided vehicles. For warehouse and industrial transport solutions, consult our comprehensive service robots directory. What would change our answer is mandatory municipal telemetry reporting that obligates delivery robotics companies to publish verified ratios of autonomous driving versus human teleoperation miles.
Bottom Line
Whether a delivery robot is remote controlled depends on the company: a 2022 report described Coco using remote human pilots, Starship says its robots are 99% autonomous, and Serve does not describe remote staffing on its main site. As sidewalk operations expand and companies strive to lower operating overhead, the division between automated software and remote human teleoperation will determine both the unit economics and the community safety of robotic food delivery.
Check the operator branding printed on the robot's exterior and review company disclosures to determine whether delivery robots are remote controlled in your neighborhood.
FAQs
Do delivery robots have human drivers?
It depends on the company. A 2022 GovTech report described Coco using remote human pilots it called Coconauts, and Starship Technologies says its robots are 99% autonomous. Company figures like these are not independently audited.
Are delivery robots autonomous?
Delivery robots feature varying degrees of autonomy depending on the manufacturer. Starship Technologies states that its delivery vehicles operate at Level 4 autonomy using sensors, radars, and machine learning, while the 2022 GovTech report placed Coco at Level 0 on the U.S. Department of Transportation scale because pilots drove its robots directly.
Who operates a Coco robot?
In a March 2022 report, GovTech said Coco employed about 150 remote pilots it called Coconauts, recruited people with gaming-controller experience, and gave them 30 hours of paid training. The report is several years old, so check Coco's current model.
How fast do delivery robots go?
Delivery robots travel at speeds between 5 and 11 MPH depending on the model. Coco Vice President Carl Hansen stated to Popular Science that Coco vehicles operate at approximately 5 MPH, while Serve Robotics documents a maximum speed of about 11 MPH for its delivery units.
What happens when a delivery robot gets stuck?
Company recovery procedures are not published in the sources we used. After a March 2026 Chicago bus-shelter crash, Serve Robotics said it sent a human support crew, and in Miami a Coco-operated robot stuck on the tracks after a hardware failure was destroyed by a Brightline train, as reported by OECD.AI.