Coco Robotics is using delivery volume to fund a larger sidewalk robot fleet

Coco Robotics raised $80 million in 2025 with more than 500,000 deliveries already reported since its robots reached streets in 2020. TechCrunch reported backing from Sam and Max Altman, Pelion Venture Partners, Offline Ventures, and other investors. The round is useful because it is tied to operating volume, not only a sidewalk-robot roadmap.

Coco was founded in 2020 by Brad Squicciarini and Zach Rash. The company builds compact sidewalk delivery robots for restaurant and grocery orders, placing itself between human couriers and larger autonomous vehicles. Its business depends less on one dramatic robot capability than on route density, merchant adoption, remote assistance, city permissions, charging, maintenance, and delivery cost per order.

The platform footprint gives Coco a cleaner commercialization path than many sidewalk delivery startups. DoorDash expanded its Coco partnership into Los Angeles and Chicago, with nearly 600 participating merchants eligible through the DoorDash app. Restaurant Dive also tied Coco's 2025 funding to DoorDash and Uber Eats routes across U.S. cities. Those channels matter because delivery robots need order flow before fleet scale can become useful.

The AI layer is becoming part of the financing story. TechCrunch reported that Coco's OpenAI partnership connects its sidewalk-robot data stream with model development. That gives the company a second possible advantage if street-level delivery data improves routing, remote assistance, obstacle handling, and curbside reliability quickly enough to support larger fleets.

The competitive field includes Starship Technologies, Kiwibot, Serve Robotics, Cartken, Avride delivery robots, human courier networks, and drone delivery programs competing for short-distance logistics. Coco's distinction is platform access and reported delivery volume: more than 500,000 completed deliveries before the $80 million raise, plus DoorDash and Uber Eats surfaces that can supply demand density.

The proof boundary is unit economics. Public material reports delivery volume, funding, and platform relationships, but active robot count by city, remote-assist rate, delivery cost, merchant retention, and revenue per delivery remain private. Coco's strategic test is whether sidewalk robots can become productive delivery capacity inside existing marketplaces rather than a separate consumer behavior to build from scratch.

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