Serve Robotics Jumps 14.4% After Nvidia’s Huang Endorsement, Price Target Rises to $26
Shares of Serve Robotics surged 14.4% after Nvidia CEO Jensen Huang endorsed the company's AI technology at CES, saying “I love Serve Robotics.” Northland raised price target to $26 for 66% upside as analysts project revenue of $2.5M in 2025 rising to $25M in 2026 despite a 40x sales multiple.
1. Nvidia CEO’s High-Profile Endorsement
Shares of Serve Robotics jumped 14.4% on the day after Nvidia Chief Executive Jensen Huang singled out the company’s delivery sidewalk robots during his CES keynote on physical AI. Huang declared “I love Serve Robotics” and identified physical AI—robotics that interact with the real world—as the next frontier, making Serve the only delivery robot maker he mentioned. The remark drove significant investor interest in the young developer of rolling sidewalk robots that partner with Uber Eats and Shake Shack in densely populated urban neighborhoods.
2. Analyst Upgrades and Sector Momentum
Earlier this month, Northland Securities elevated Serve Robotics to its top pick for 2026, setting a $26 per-share target that implies 66% upside relative to current levels, and calling it one of the best investments in physical AI. This upgrade followed three additional buy or outperform ratings in December. Sectorwide, recent acquisitions by Grab (Infermove) and Mobileye (Mentee Robotics) have enhanced sentiment around last-mile robotics, further benefiting Serve’s positioning as a pure-play delivery specialist.
3. Financial Outlook and Valuation Considerations
Serve Robotics remains a development-stage business with a $1.0 billion market capitalization and deeply negative gross margins reflecting ongoing R&D and infrastructure investment. Analysts forecast revenue growth from $2.5 million in 2025 to $25 million in 2026, but note the stock trades at roughly 40 times next year’s projected sales. Investors are weighing near-term operational losses against the potential for the company’s technology to expand beyond food delivery into broader logistics applications.