Serve Robotics Gen 3

What it's for

Serve Robotics Gen 3 is a delivery robot from a US company listed on Nasdaq (SERV) and working with Uber Eats. Its job is narrow, and therefore easy to grasp: carry a meal or parcel over the last stretch, from the venue's door to the customer's door. Navigation relies on an Ouster REV7 360° LiDAR, RGB and ToF cameras and GPS, with an NVIDIA Jetson Orin doing the computing. The manufacturer claims Level 4 autonomy, but the October 16, 2024 press release does not define it on the SAE scale, so we treat it as a claim. Broader uses, such as campuses or retail deliveries, are logical, but we have no confirmed examples of them. Don't confuse it with robots inside venues: those serve dining rooms, see restaurants and retail, and are an entirely different class of machine, such as Pudu BellaBot. Gen 3 drives on city sidewalks, among pedestrians and crossings, which poses challenges a warehouse floor never presents. The manufacturer gives relative progress over the second generation: about twice the speed and range, plus an additional 6 hours of field work per day. It has not disclosed absolute figures for Gen 3.

Who it's for

Who it's for: restaurant chains and delivery platforms in the United States that want to buy a delivery service rather than their own hardware, since the robot runs as a fleet operated by the manufacturer. Market analysts tracking SERV stock (this is not investment advice). Cities and universities evaluating what sidewalks with autonomous vehicles would look like; we describe the context in the service robots category. Who it's not for: a Polish restaurant owner looking for a robot to buy. Gen 3 is not available in Poland, and the unit price has not been disclosed. Not for a factory or warehouse: for moving materials around a plant floor, use the robots in mobile robots. Not for anyone who needs a hard specification: no weight, dimensions, payload or top speed has been published for Gen 3. The values of 73 kg, 23 kg of cargo and 2.68 m/s relate to an earlier baseline model from 2018, not to the third generation.

Deployments

Serve Robotics' partnership with Uber Eats is confirmed, under which the fleet is to handle food deliveries. The announcement of 2,000 robots in 2025 remains a claim. The manufacturer concentrates on the US market, and the robot is unavailable here. In Europe, sidewalk robot deliveries are carried out mainly by Starship Technologies. For service robots in venues and hotels in Poland, read “Service Robots in Restaurants and Hotels”, and for robots driving around warehouses, see “AMR Robots in the Warehouse”.

The direct rival in sidewalk delivery is the Starship Delivery Robot from the Estonian company Starship Technologies: a six-wheeled robot with confirmed specifications (about 38 kg, up to 10 kg of cargo, up to 18 hours of operation) and operations in several European countries. Choose it if you need data to compare, not just announcements. For deliveries inside a venue, between tables, the Pudu KettyBot Pro is the better fit: a compact greeting-and-delivery robot available in Poland for around PLN 54,300 (≈ EUR 12,440 at NBP rate 4.3641 of 21 October 2026), though it is a different class of task. For moving goods around a plant floor there is the MiR250 with a 250 kg payload, priced only on request. None of them can replace Gen 3 on a city sidewalk, but each solves a piece of the same problem: getting things from point A to point B without a person.

Serve Robotics grew out of Postmates and Uber, and today is a company listed on Nasdaq under the symbol SERV. The third generation was announced in a press release on October 16, 2024: according to the manufacturer, the robot is about twice as fast and has about twice the range of the second generation. The same release mentioned a plan to deploy up to 2,000 robots in 2025. That is a stated target, not a confirmed number of units built. The technical values circulating online come from the description of the first model from 2018 and do not describe Gen 3. We know of no further dated milestones for this machine, so we do not fill in the history with guesses.