AV Depot Operations: 24/7 Cleaning, Charging & Dispatch
Day-in-the-life of a 100-vehicle autonomous-fleet depot. Robotic cleaning bays, charging-while-cleaning sequencing, teleoperator handoff, the KPIs Waymo and Zoox actually measure, and how a parking operator earns its fee in the stack.
A Day in the Life of a 100-Vehicle Depot
A 100-vehicle AV depot runs a continuous rotation: arrive, route through a robotic wash bay (3 to 5 minutes), park in a charging stall (12 to 20 minutes DCFC or 45 to 90 minutes L2), inspect via cabin cameras, and dispatch back to service. Vehicles return 2 to 4 times daily, and total throughput reaches 250 to 500 vehicle-cycles per day, staffed by 4 to 8 people per shift plus remote teleoperators.
Robotaxi curb & AV stagingEV charger uptime & operationsCharging-While-Cleaning Sequencing
The layout co-locates wash-bay output with charging stalls so a vehicle auto-parks against ground-truth fiducials and begins energizing within 30 seconds via an automated cable arm or wireless pad. Interior cleaning runs during the charging window, with a human tech dispatched only when cabin cameras flag a problem. The full wash-park-charge-inspect-dispatch cycle averages 38 to 52 minutes.
Solar canopy + battery storageParking management servicesHow the Operator Earns Its Fee
There are no drivers or permits — the operator earns a per-vehicle-cycle fee of $4 to $9 for facility maintenance, charger uptime, cleaning, fiducial upkeep, security, and KPI reporting. At 350 cycles per day and $6.50 each, one depot generates $830,000 a year. Operators are scored on throughput, 99.5% availability, charger uptime, and cleaning quality, with SLA credits for misses.
EV charging & parking management hubTalk about an AV depotWhat does a Waymo or Zoox AV depot do in a typical 24-hour cycle?
A 100-vehicle AV depot supporting a Waymo, Zoox, or Cruise-class fleet runs a continuous rotation: vehicles arrive for cleaning and charging on a fixed cadence, are routed through a robotic exterior wash bay (3 to 5 minutes per vehicle), parked in a charging stall (45 to 90 minutes for L2 top-up or 12 to 20 minutes for DCFC), inspected for interior cleanliness via cameras and on-occasion human staff, and dispatched back to revenue service. A typical fleet vehicle returns to the depot 2 to 4 times per day depending on average ride length and ride density in the operating area. The depot is staffed by a small team of 4 to 8 dispatchers, technicians, and cleaning supervisors per shift, supported by remote teleoperators who handle on-road exceptions. Total facility throughput is typically 250 to 500 vehicle-cycles per day at a 100-vehicle depot.
How does charging-while-cleaning sequencing work?
The depot layout co-locates the cleaning bay output with the charging stalls so that a vehicle exiting the wash bay can be auto-parked in a charging stall without a separate transit. The vehicle's onboard autonomy stack handles the parking maneuver against ground-truth fiducial markers and per-stall position tags. The charging stall begins energizing within 30 seconds of vehicle arrival via either an automated cable-connect arm or a wireless inductive pad — both technologies are now in production deployment at Waymo and Zoox depots in San Francisco and Phoenix. Interior cleaning happens during the charging window: cabin cameras inspect for litter, spills, or damage, and a human cleaning tech is dispatched only when the cameras flag a problem. The end-to-end sequence — wash, park, charge, inspect, dispatch — averages 38 to 52 minutes per vehicle cycle at well-optimized depots.
What role does the parking operator play in an AV depot?
The parking operator's role at an AV depot is fundamentally different from traditional commercial parking. There are no human drivers to serve. Revenue is not generated through transient parking or monthly permits. Instead, the parking operator earns a per-vehicle-cycle fee from the AV operator (typically $4 to $9 per cycle in current contracts) for delivering a service stack that includes facility maintenance, charger uptime, cleaning bay operations, ground-truth fiducial maintenance, security monitoring, and KPI reporting against contracted SLAs. The parking operator's economic value is its ability to operate a high-throughput, high-uptime facility at a lower per-cycle cost than the AV operator could achieve in-house. At 350 cycles per day and $6.50 per cycle, a single 100-vehicle AV depot generates $830,000 in annual revenue for the parking operator.
What KPIs do Waymo, Zoox, and Cruise actually measure at depots?
Four KPIs dominate the AV operator's depot-performance scorecard: vehicle-cycle throughput (target 3.5 to 5.0 cycles per vehicle per day), facility availability (target 99.5% — measuring time when the depot is accepting vehicles), charger uptime per stall (target 99.5% — same standard as the highest-tier commercial DCFC SLA), and cleaning quality score (target above 4.6 out of 5.0 on a post-cleaning camera-based inspection score). Each KPI has an associated SLA credit if the depot operator misses target, and the SLA credit at most contracts is roughly 4 to 8 percent of monthly contract revenue for each KPI missed by more than 2 percentage points. The depot operator is also measured on dispatch readiness — the time from a vehicle being requested by the dispatch system to actually leaving the depot — but that metric is co-owned with the AV operator's own dispatch algorithm.
How does teleoperator handoff work at an AV depot?
Teleoperators are remote human operators who can take supervisory control of an AV when the vehicle's autonomy stack encounters a situation it cannot resolve independently. At the depot, teleoperator handoff is most common during the arrival sequence (an AV arriving from a construction-zone-affected route may need teleoperator guidance into the depot entrance) and during exception handling in the cleaning bay (an AV that detects a passenger-left-behind item triggers a teleoperator review). The depot's communications infrastructure supports the teleoperator handoff through redundant cellular bonding, on-site WiFi with sub-millisecond latency, and dedicated fiber backhaul. The parking operator's job is to maintain the comms stack to a 99.95% uptime standard; the teleoperator function itself is staffed by the AV operator.