Robotaxis and Cybercabs: where they park, charge and prove what happened
Driverless fleets need places to park, charge and wait between rides. That puts hard problems on private lots: who lets the car in, how it charges with no one to plug it in, and who can prove what happened if something goes wrong. I have filed patent applications on each of those problems, and Wins Parking builds and manages parking lots.
The numbers
- 30U.S. patent filings; 1 issued and 29 pending.USPTO issued patent and filing records, September 22, 2026 (issue date)
- 8pending filings on robotaxi and AV charging and dwell, part of the grouped portfolio.USPTO issued patent and filing records, September 22, 2026 (issue date)
- $30a day, the median terminal garage at the 50 busiest airports.Wins Parking, November 5, 2026
What I see from the operator's seat
A car with no driver still needs a place to stop. It needs permission to enter a lot, a stall that fits its next trip, power, and a way to show it was ready for service. None of that is solved by the car alone. The lot owner, the charger network and the fleet all hold a piece.
My pending filings cover the pieces. Slot control decides which vehicle may park, load or charge in a given space. A dwell scheduler fits charging into the gap before the next ride. A robotic connector and wireless charging lanes deal with the plug. Roaming lets a car charge across networks. Mission-safe V2G and power routing decide how power moves without stranding a ride. AVIM, dual camera and LiDAR markers and space credentials let a car trust a sign and prove it has a right to a space. An evidence recorder, a verified cargo handoff and service-readiness certification create the record afterward.
Those are applications, not issued patents. The point for a reporter is simpler: the infrastructure questions are concrete, and an owner can start answering them now with power, layout and records.
Quotable lines
“A robotaxi still has to stop somewhere between rides. That stop happens on someone's land.” — Ross D. Blankenship, founder of Wins Parking
“If no one is there to plug it in, the lot has to do the work the driver used to do.” — Ross D. Blankenship, founder of Wins Parking
“When something goes wrong with a driverless car, the first question is who kept the record.” — Ross D. Blankenship, founder of Wins Parking
Five story angles
- Where robotaxi fleets could charge in your city, and who owns that land today.
- What a parking-lot owner should build now: power, stall layout and records.
- How a driverless car proves it was allowed in a space.
- Robotic plugs versus wireless pads: what each needs from the site.
- Who holds the evidence after a robotaxi incident on private property.
Frequently asked questions
Where will robotaxis charge?
Where they can park between rides: depots and parking sites with enough power. Each site needs land, an electrical service and software that fits charging around the next trip.
How does a driverless car plug in?
General approaches include robotic connectors, wireless pads or lanes, and depot staff. Each needs different site power and layout.
Are Ross Blankenship's robotaxi filings issued patents?
No. U.S. Patent 12,741,586 covers a vehicular backup safety system. The robotaxi charging, trust and evidence filings are pending applications.