Bike-Courier Style Delivery Robots
Zach Rash & Daniel Singer, CEO & CBO of Coco Robotics, on why ground delivery beats drones
Coco is betting that the winning urban delivery robot will behave less like a tiny car and more like a rider who can slip through city friction. That means getting close enough to the restaurant and the customer to avoid parking, curb space, and handoff problems, while still carrying real food loads like pizzas and grocery bags. In practice, that makes the robot fit the workflow merchants already use with human bike couriers, instead of forcing new infrastructure or new behavior.
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Coco’s robot is built to use roads, bike lanes, shoulders, sidewalks, and crosswalks, and can travel up to about 15 mph. That mixed mode matters in dense places like Manhattan, downtown Chicago, and Miami, where a car sized robot cannot easily stop, and a sidewalk only robot has less routing flexibility.
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The bike courier analogy also explains payload and economics. Coco says its robots can carry roughly four grocery bags or six to eight extra large pizzas, and the company argues that ground robots handle heavier urban food orders and bad weather better than drones, which burn battery hovering and often need dedicated charging and docking setups.
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Against other ground robot companies, the clearest distinction is market choice. Starship is strongest on campuses, with service on 60 plus universities for 1.5 million students, while Coco has focused on dense city neighborhoods and platform integrations with DoorDash and Uber. That puts Coco closer to the highest pressure, highest frequency delivery lanes where human bike couriers already win.
The next step is turning this bike courier form factor into a citywide logistics layer. As fleets scale, the advantage should compound through better routing data, higher utilization, and more orders beyond restaurant meals, including groceries, retail, and short distance package runs. The company that best matches how cities already move small goods should have the easiest path to becoming default urban delivery infrastructure.