Drivers in dense U.S. cities waste an average of 17 hours per year cruising for on-street parking, generating 730 tons of CO2 annually in Los Angeles alone

Drivers in congested urban cores spend 3.5 to 14 minutes per trip circling blocks searching for curbside parking because real-time space availability data is not surfaced to them before they arrive. In Los Angeles specifically, cruising vehicles account for 30% of traffic flow in commercial corridors and waste 1.61 million vehicle miles traveled per year. Why it matters: Drivers burn an extra 47,000 gallons of gasoline per year just in LA searching for street parking, so nationwide the figure reaches 930 million gallons annually, so 18.6 billion pounds of CO2 are emitted -- equivalent to the electricity emissions of 1.25 million homes -- so urban air quality degrades and climate targets are missed, so cities face compounding public health costs from respiratory illness concentrated in the same dense neighborhoods where cruising is worst. The structural root cause is that most U.S. cities still use static signage and fixed-rate meters with no occupancy sensors, so neither drivers nor navigation apps have real-time data on which specific block faces have open spaces. San Francisco's SFpark pilot proved demand-responsive pricing reduced search time by 43% and emissions by 30%, but the $23 million federal grant that funded it has not been replicated at scale because most municipal DOTs lack the capital budget and procurement expertise to deploy sensor networks and dynamic pricing simultaneously.