Starship's Campus Strategy Limits Utilization

This points to a basic economics gap, campus robots can be busy for parts of the school year, but dense city robots can keep working across more hours, more neighborhoods, and more merchant types. Starship has built major scale on campuses, reaching 1.5 million students across 55 plus U.S. campuses, but that footprint is tied to academic calendars and a limited set of university partners, while urban operators like Serve are expanding across large metro areas where demand is not anchored to semesters.

• Starship's campus base is large and sticky, with nearly 500,000 orders completed at George Mason alone since 2019, but campus demand naturally softens during summer, holiday, and between term periods when students leave and dining traffic drops.
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• Urban delivery networks are structurally broader. Serve is rolling out with Uber Eats across Los Angeles, Miami, Dallas Fort Worth, Atlanta, and Chicago, serving restaurant demand in 14 Chicago neighborhoods alone, which gives each robot more chances to stay active all year.
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• Starship is already trying to smooth this utilization curve by pushing beyond campuses into UK grocery delivery with Co-op, 500 robots across five towns, and into industrial site logistics, where robots move samples, spare parts, and internal mail under longer term B2B contracts.
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The next phase is less about proving robots work and more about filling idle hours. The winners will be the operators that layer campuses, urban restaurant corridors, grocery runs, and industrial sites into one network, so each robot earns revenue across more days of the year and supports lower delivery costs over time.