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Robotaxi depots will charge cars in three ways: by hand, with a robotic arm, or with a wireless pad in the floor. All three showed up in the news this month. If you own land or a garage that could host a fleet, the choice changes your electrical design, your floor plan and your staffing. Plan for hands-free charging now, even if day one is manual.
What changed in October 2026
Three developments landed within two weeks.
- Oct. 2: Flexdrive by Lyft announced an 80,000-square-foot autonomous vehicle depot in Nashville built with Waymo. It has dozens of fast chargers that can support hundreds of AVs. Waymo vehicles were set to move in on Oct. 12. Lyft
- Oct. 12: Charging Robotics, a 51%-owned subsidiary of Clearmind, launched a wireless charging platform for robotaxis and automated parking. It uses resonant inductive power transfer at up to 10 kW, with efficiency of up to 95% under set conditions. GlobeNewswire
- Oct. 12: Reporting showed Tesla staff plugging in robotaxis by hand at public Superchargers in Austin. One employee plugged in ten cars. Tesla plans wireless pads for the Cybercab, including an Austin hub with 80 wireless chargers. Not a Tesla App
The message for owners is simple. A robotaxi has no driver to plug it in. Someone, or something, has to do it.
Option 1: Manual plug-in by staff
This is how most fleets charge today. A technician walks the row and connects each car.
It works with standard DC fast chargers. It needs no special hardware. It is the fastest way to open a site.
The cost is labor. Every plug-in is a paid task, 24 hours a day. As a fleet grows, the staff count grows with it. Manual charging also adds walking paths, lighting and safety zones to the layout.
One detail matters for site design. The Tesla Cybercab has no onboard charger, so it cannot use AC chargers. It charges only on DC fast chargers. It also backs into stalls, because its charge port is on the rear bumper. A depot built only for Level 2 AC chargers would not serve that vehicle. Not a Tesla App
Option 2: Robotic arms on a rail
A robot finds the charge port and plugs in the standard connector. The car needs no changes.
Rocsys sells one version, the M1. One overhead rail unit serves up to 10 bays by sliding along the row. It works with any EV model, charger brand and connector type. It comes in ground- and roof-mounted versions. The company reports a plug-in success rate above 99.9% from earlier port and logistics deployments. It raised a $13 million Series A extension in April 2026, and plans a large rollout. TNW
What this means for your building:
- Bays must sit in straight rows that a rail can span.
- Ceilings or canopies must carry the rail load, or you need room for ground mounts.
- Charger pedestals must sit where the arm can reach the cable.
- The layout must keep people out of the robot's travel path.
Robotic arms keep the fast DC chargers you would install anyway. That makes them a good retrofit path for a manual depot.
Option 3: Wireless pads in the floor
A pad on or in the floor sends power across an air gap to a receiver under the car. There is no cable and no arm.
The Charging Robotics system is rated up to 10 kW. Sessions start and log on their own. An AI scheduler spreads power across cars based on battery level and departure time, to cut peak demand. GlobeNewswire
The industry standard is SAE J2954. It covers interoperability, safety, electromagnetic fields and testing for light-duty wireless charging. The current version, revised in August 2022, covers stationary charging and surface-mounted pads only. Flush-mounted pads are not yet in the standard. SAE
That last point affects the slab. Surface pads sit on top of the pavement. They change snow plowing, sweeping and drainage. Plan for conduit stub-ups at every stall now, even if pads come later.
Wireless also trades speed for simplicity. At 10 kW, a pad charges far slower than a DC fast charger. Wireless fits best where cars dwell for hours, such as overnight staging.
How to compare the three options
Ask these questions before you pick one.
- Which vehicles will park here? Some fleet vehicles are DC-only. Some plan to use wireless pads. Get the operator's vehicle list in writing.
- How long do cars dwell? Short turnarounds need DC fast power. Long dwells can use lower power.
- What does the utility say? Ask for available capacity and the timeline for a service upgrade before you sign a lease.
- Who pays for staff? Manual charging moves cost to labor. Robots and pads move it to capital.
- Can the slab and structure adapt? Rails need structure. Pads need conduit and a flat, drained surface.
- Does the lease allow upgrades? Write in the right to add robots or pads later without a new permit fight.
A good default is a hybrid. Build DC fast chargers for day one. Size conduit, switchgear and structure so arms or pads can be added later.
Site features every robotaxi depot needs
The charging method is only one part. A working depot also needs:
- Straight, numbered bays that a vehicle can find and enter on its own.
- Back-in or pull-through geometry that matches where each vehicle's port sits.
- Separate lanes for cars arriving, charging, cleaning and leaving.
- Service bays for repairs. The Nashville depot includes maintenance bays for high-voltage repairs and secure parts storage. Lyft
- Clear snow and drainage plans. Automated cars and floor pads both struggle with ice and standing water.
- Access control and cameras so only fleet vehicles and staff enter.
How Wins Parking handles robotaxi depots
Wins Parking designs, builds and manages autonomous vehicle and fleet charging sites. Our construction division, Wins Design & Build, handles grading, paving, drainage, striping and snow planning. We coordinate the electrical design for DC fast chargers and the conduit for future robots or pads.
On the management side, we run access control, LPR cameras, permits and enforcement. We can operate a depot for a fleet or a landowner. See our work on autonomous vehicle parking and robotaxi depot management. For mixed fleets, review our EV charging and parking management approach. Results from past projects are on our case studies page.
We are family-owned, based in the Rocky Mountains and in the Vail Valley since 2016. We serve owners across the country.
Next step
If a fleet operator has asked about your land or garage, get the site plan right before you sign. Call (970) 279-1744 or start at https://winsparking.com/contact.
Frequently asked questions
Do robotaxis need special chargers?
Many use standard DC fast chargers today, plugged in by staff. Some vehicles are DC-only, such as the Tesla Cybercab, which has no onboard charger. Others plan to use wireless pads. Ask the fleet operator for its vehicle list and charging method before you design the site.
Is wireless charging fast enough for a robotaxi depot?
It depends on dwell time. The wireless system Charging Robotics launched in October 2026 is rated up to 10 kW, which is far slower than DC fast charging. Wireless fits long dwells, such as overnight staging. Quick turnarounds still need DC fast power.
Can I add robotic or wireless charging to a depot later?
Yes, if you plan for it. Size conduit, switchgear and structure for future equipment. Robotic rail systems need straight bay rows and structural support. Wireless pads need conduit at each stall and a flat, well-drained surface.
What is SAE J2954?
SAE J2954 is the SAE International standard for wireless power transfer to light-duty electric vehicles. It covers interoperability, safety, electromagnetic fields and testing. The August 2022 revision covers stationary charging with surface-mounted pads.
Who handles the parking side of a robotaxi depot?
A depot needs paving, drainage, striping, snow plans, access control and cameras on top of chargers. Wins Parking designs, builds and manages these sites. Call (970) 279-1744 to talk through a property.