Skip to main content
Call or text 877-713-WINS(877) 713-9467(970) 279-1744
DESIGN · ROBOTAXI DEPOT SITES

Cybercab Depots for Property Owners: How to Turn a Lot, Garage, or Land Parcel Into Robotaxi Income

John Davis, Content Writer at Wins ParkingWritten by , Content Writer

A Cybercab depot is a secured, powered site where a robotaxi fleet charges, gets cleaned, waits between trips, and is serviced — and property owners can earn from one in three ways: a ground lease to the operator or its fleet partner, a build-to-suit where you fund the improvements for higher rent, or an owner-operated model where you keep the charging and staging revenue. As of September 2026, Tesla has started series production of the Cybercab, launched public Cybercab rides in Austin, and leased an Austin site slated for roughly 80 wireless charging stalls; Waymo, Zoox, and Uber's partners are leasing depots in a dozen metros. Wins Parking helps owners qualify a site, design the depot, build the power, and manage it.

80
Wireless charging stalls planned at Tesla's Austin Cybercab hub (Aug 2026 filings)
Find out if your property qualifies as a depot

What a Cybercab or Robotaxi Depot Actually Is

A robotaxi depot is the home base a driverless fleet returns to when it is not carrying passengers. Vehicles arrive, charge, get an interior and sensor clean, sit in a staging queue, and are dispatched again by software. Some depots also handle light maintenance, tire work, and calibration; larger ones have a small building for technicians, parts, and a fleet-response desk. The land itself is mostly pavement, power, and fencing — closer to an industrial outdoor storage yard than a retail parking lot.

Tesla's version is built around the Cybercab, a two-seat vehicle with no steering wheel, no pedals, and no charge port. It charges inductively from a pad in the ground, which Tesla has demonstrated at roughly 25 kW with claimed efficiency above 90 percent (InsideEVs and Carscoops, October 2024). The first Cybercab left the Giga Texas line on February 18, 2026, series production began in April, and on September 3, 2026 Tesla opened public Cybercab rides in Austin through its Robotaxi app under a Texas approval covering 45 vehicles (electrive, September 4, 2026).

Waymo, Zoox, and the Uber-aligned programs run the same basic loop with plug-in vehicles. Waymo covers more than 1,400 square miles across 11 cities (Waymo, May 13, 2026) and has leased depots in Washington, D.C., Tampa, and Miami this year. Zoox began charging fares in Las Vegas in August 2026 under a federal exemption allowing up to 2,500 vehicles a year (CNBC, July 30, 2026). Uber secured a 50,000-square-foot Houston depot for its Lucid–Nuro robotaxi program (Business Wire, June 17, 2026). Every one of those facilities sits on land someone owns and leases.

Why Operators Need Your Property, Not Just Their Own

Robotaxi companies are software and vehicle businesses first. Owning dirt in every metro they serve ties up capital they would rather spend on vehicles and sensors, so they lease. Waymo's Washington, D.C. expansion is a good example: local coverage described a leased 20,000-square-foot charging depot in Ivy City plus a larger 32,000-square-foot facility, with tens of millions of dollars going into the buildout rather than land purchases (Washington Business Journal, August 6, 2026).

Operators also increasingly outsource the depot itself. Avis Budget Group runs Waymo's Dallas fleet operations end to end — infrastructure, vehicle readiness, maintenance, and depot operations (Avis Budget Group press release). Moove does the same for Waymo in Phoenix and Miami, including facilities and charging infrastructure. That matters to a property owner because the tenant on your lease may be a fleet-services company rather than the robotaxi brand, and those companies sign conventional commercial leases.

Demand is concentrated where service areas are growing: Austin, Dallas, Houston, Miami, Orlando, Tampa, Phoenix, the Bay Area, Los Angeles, Atlanta, Las Vegas, and Washington, D.C. Tesla alone now runs its Robotaxi service in seven metros, with Phoenix and Las Vegas announced. Each new service zone needs one or more depots within a short deadhead of the coverage area, and the sites that pencil fastest are ones where power is already close and zoning already allows vehicle storage.

What Operators Look For in a Depot Site

Location comes first. A depot should sit inside or on the edge of the service geofence so that empty repositioning miles stay low; a 15-minute deadhead each way at scale burns real energy and revenue. Sites near airports and downtown cores are especially prized — Waymo's Miami and Tampa depots are both near the airports, and Zoox extended its Las Vegas service to Harry Reid International in September 2026 (TechCrunch, September 3, 2026).

Power is the second filter and the one that eliminates most parcels. Even a modest depot of 60 to 100 vehicles needs several megawatts of service if it charges overnight on DC fast chargers or a mix of DC and 25 kW inductive pads. Operators ask about the nearest substation, existing transformer capacity, and how long the local utility quotes for a new service; planning guidance for fleet depots consistently puts utility upgrades at 6 to 18 months from application (Joint Charging fleet depot guide, July 2026). A parcel with a distribution feeder on the frontage is worth more than a bigger one without it.

Then come the physical basics: two to five contiguous acres of flat, drainable pavement for a surface depot, or a garage with drive aisles wide enough for pull-through stalls and headroom for sensor masts; secure perimeter fencing and controlled gates; room for a small operations building or modular unit; and zoning that permits fleet vehicle storage, charging, and 24-hour activity. Quiet operation matters less for EVs, but light spill, gate traffic, and cleaning-water discharge still draw neighborhood attention during entitlement.

Three Ways a Property Owner Earns From a Cybercab Depot

The first path is a ground lease. You lease the land or an existing lot to the operator or its fleet partner, they fund the pavement work, chargers, and fencing, and you collect rent with little operating involvement. Robotaxi-specific lease rates are not published by any operator, so these deals are priced off comparable fleet-yard and industrial outdoor storage rents in the same submarket — a benchmark that ran roughly $8,000 to $20,000 per acre per month for 2- to 5-acre yards in 2026 (The Cauble Group, July 2026). Strong-credit tenants on long terms push toward the top of that range.

The second path is build-to-suit. You, the owner, fund some or all of the improvements — utility service, transformers, conduit, charger foundations, lighting, fencing, and a small building — and charge a higher rent that amortizes that capital over the lease term. This appeals to operators who want speed without a balance-sheet hit and to owners who want a higher yield than raw land rent. It also means you own the electrical infrastructure, which retains value for any future fleet or EV-charging tenant if the first one leaves.

The third path is owner-operated. You build and run the charging and staging facility yourself, or through a parking operator like Wins Parking, and sell charging, staging, and cleaning services to one or more fleets at per-kWh or per-stall rates. This carries the most risk — you are exposed to utilization and demand charges — but it also captures the operating margin instead of handing it to a tenant. It fits owners with strong sites in multi-operator metros where more than one fleet can share the facility.

Surface Lot vs. Garage vs. Raw Land: Which Converts Best

An existing paved surface lot is the fastest asset to convert. The drainage, lighting, and access are usually already permitted; the work is a new electrical service, trenching, charger or pad installation, striping for pull-through geometry, and security upgrades. If the lot is already zoned commercial or industrial and sits near a feeder, an operator can often be charging vehicles within a year of lease signing, with the utility timeline as the long pole.

A parking garage brings covered stalls, existing lighting, and often an urban location close to demand, but it also brings constraints. Floor loads, ceiling heights, ventilation, fire-code requirements for charging, and the difficulty of running high-power conduit through a post-tensioned structure all add cost. Garages work best for staging and lower-power charging on the ground floor and for cleaning bays, with high-power DC charging concentrated where the electrical room can support it. A 300-stall garage rarely becomes a full depot; it more often becomes a downtown staging annex.

Raw land offers the most flexibility and the lowest starting rent, but everything — grading, stormwater, paving, power, fencing, lighting — has to be built and entitled. That is where build-to-suit economics shine, because the owner who invests in a fully improved, power-ready yard captures rent well above land value. Raw parcels next to substations or along industrial corridors near airports are the strongest candidates.

Zoning, Entitlement, and Neighbors

Most municipalities have no zoning category called robotaxi depot. Projects are typically entitled as vehicle storage, fleet parking, a commercial parking facility, or a light industrial use with accessory charging, depending on the code. Confirm early whether the use is permitted by right, requires a conditional or special use permit, or is prohibited — and whether 24-hour operation, outdoor vehicle storage, and lighting standards are addressed separately.

Charging infrastructure carries its own permits: electrical, building (for canopies and equipment pads), fire (for battery storage if you add it), and stormwater if you disturb more than a threshold of pavement. Utility interconnection runs on a parallel track and should start the week you sign a letter of intent, not after the lease is finalized.

Neighbors care about traffic through the gate at shift changes, overnight lighting, and noise from cleaning equipment. Depots that sit in industrial or airport-adjacent districts avoid most of this. In mixed areas, screening, downcast fixtures, and a gate placement that keeps queuing off public streets go a long way toward a smooth hearing.

What It Costs to Get a Site Depot-Ready

Electrical work dominates the budget. Data compiled from National Renewable Energy Laboratory deployments shows electrical infrastructure — conduit, conductor, panels, switchgear, the transformer, and any utility service upgrade — running 30 to 60 percent of total project cost at DC fast-charging sites, often more than the charger hardware itself. Per-stall DC fast-charging hardware runs roughly $40,000 to $100,000 or more for 50 to 350 kW units, with new service and switchgear adding $50,000 to $250,000 per project depending on capacity (PES Supply 2026 cost guide).

Inductive pads for Cybercab are a Tesla-specified system, and Tesla has not published pad pricing. What an owner can budget for is the make-ready that any pad or plug needs: the utility service, the transformer, the trenching and conduit to each stall position, and the concrete work. Building that make-ready to a higher capacity than the first tenant needs is the single best hedge against obsolescence.

The federal Section 30C credit that covered 30 percent of qualifying charging property is no longer available for equipment placed in service after June 30, 2026 (U.S. DOE Alternative Fuels Data Center). Owners should instead look to utility make-ready programs — which in many territories pay for the utility-side transformer and service and sometimes customer-side conduit — plus state fleet-electrification incentives. Our installation cost guide covers the current stack in detail.

How Wins Parking Designs, Builds, and Manages Cybercab Depots

Wins Parking works with property owners across the whole arc of a depot project. On the design side, we screen the parcel against operator criteria, run a power feasibility review with the utility, and lay out a depot that fits driverless pull-through geometry, a DC-plus-inductive charging mix, cleaning lanes, and a phased buildout that matches how fleets actually ramp. That design becomes the package you take to Tesla, Waymo, Zoox, Avis, Moove, or an Uber partner.

On the build side, our EV charger installation team delivers the make-ready and charging infrastructure — service upgrades, transformers, trenching, foundations, lighting, fencing, and pavement — as one accountable scope. Building the make-ready under a single design-build contract avoids the finger-pointing between electrician, paving contractor, and charger vendor that stretches timelines.

On the management side, we operate depots on behalf of owners: staging and charging operations, cleaning and light service coordination, access control, uptime monitoring, and the reporting a fleet tenant expects. For owner-operated sites, that is the piece that turns a lease into a business. For ground-lease sites, we can serve as the owner's representative to make sure the tenant's improvements and operations protect the asset.

Risks to Weigh Before You Commit

Fleet ramps are uncertain. Tesla's Cybercab fleet in Austin is authorized at 45 vehicles today; Waymo's Miami depot was still under construction with an interim 62-space site in September 2026 (The Road to Autonomy, September 11, 2026). Operators grow in steps, so structure leases and phasing so you are not carrying a fully built 300-stall depot for a 40-vehicle tenant.

Technology can shift. Cybercab's inductive charging is proprietary, so a site built only for pads is less re-leasable than one whose make-ready can also serve plug-in DC chargers. Build the electrical backbone generically and let the tenant specify the last ten feet.

Finally, credit and term matter more than headline rent. A ten-year lease with a fleet-services company backed by a public parent is worth more than a short deal at a higher rate with an operating subsidiary. Get the guaranty, the improvement ownership, and the restoration obligations in writing.

Design, Build, and Manage — one team from parcel to operating depot

Owners rarely want to become charging engineers or fleet operators. Wins Parking covers the three phases a Cybercab depot needs so you can decide how involved to be.

Design

Autonomous-vehicle site design

Parcel screening against operator criteria, utility capacity review, driverless stall geometry, charging mix, cleaning and staging lanes, and a phased plan operators can commit to.

Explore AV depot design

Build

EV charger and make-ready installation

Service upgrades, transformers, trenching, charger foundations, lighting, and fencing delivered as one design-build scope with the utility timeline managed from day one.

See EV charger installation

Manage

Robotaxi depot management

Staging, charging operations, cleaning coordination, access control, uptime monitoring, and tenant reporting — for owner-operated depots or as the owner's representative on a lease.

See depot management

What the people siting depots are saying

Straight from the people living it — cited to the communities where operators, installers, and owners compare notes.

“The owners who win robotaxi tenants are the ones who show up with a power study and a stall plan already done. The operator's real estate team is choosing between twenty parcels; the one that is already utility-ready and permit-ready gets the lease.”
Ross D. Blankenship, Managing Principal, Wins ParkingAbout Wins Parking

Community sentiment (paraphrased)

Federal guidance for charging projects stresses engaging the electric utility early to pin down service upgrades, equipment needs, and costs, because the utility's timeline — not the charger delivery — usually sets the schedule.
Paraphrase of U.S. Department of Energy Alternative Fuels Data Center planning guidance for charging infrastructure developmentDOE AFDC: Charging Infrastructure Development

Step-by-step: from parcel to signed depot lease

The sequence below is the one that gets owners in front of operator real estate teams with a credible, power-ready package.

  1. 1

    Confirm you are in or near a service area

    Map your parcel against current and announced robotaxi coverage — Tesla, Waymo, Zoox, and Uber partners publish service zones — and note the drive time to the geofence edge and the nearest airport.

  2. 2

    Request a utility capacity review

    Ask the utility for available capacity on the nearest feeder, the cost and lead time for new service at 2, 5, and 10 MW, and whether a make-ready program applies. This single step separates viable sites from the rest.

  3. 3

    Check zoning and permitted uses

    Confirm that fleet vehicle storage, charging, and 24-hour operation are permitted by right or by conditional use, and identify any lighting, screening, or stormwater triggers.

  4. 4

    Commission a depot concept plan

    Have a designer lay out pull-through stalls, charging positions, cleaning and staging lanes, gate and queue geometry, and a phased buildout so an operator can see capacity at each stage.

  5. 5

    Choose your earning model

    Decide between a ground lease, build-to-suit, or owner-operated charging based on your capital, risk appetite, and how many fleets operate in your metro.

  6. 6

    Approach operators and fleet partners

    Send the package — location, power study, zoning confirmation, concept plan, and proposed structure — to operator real estate teams and to fleet-services partners such as Avis Budget Group and Moove.

  7. 7

    Negotiate term, credit, and improvements

    Secure a long term with a creditworthy guarantor, define who owns the electrical improvements and pads at expiration, and set restoration and reversion terms before signing.

Model lease income and charging revenue for your site

Parking Revenue Calculator

Model gross and net parking revenue for a managed lot or garage. Compares against a status-quo baseline (55% collection efficiency, 22% enforcement leakage) and estimates payback against onboarding costs.

52000
0.5x8x
$0.5$20
1h24h
30%100%
0%40%
01500
$25/mo$800/mo
Daily Gross
$2,372
Monthly Gross
$71K
Annual Gross
$854K
Annual Net (post 12% mgmt)
$751K
Status Quo Baseline vs Managed (Annual Gross)
Status quo (55% eff, 22% leakage)$482K
Managed (88% eff, 6% leakage)$854K
Annual uplift vs status quo: $372K
Estimated payback: 1 mo

A 120-space lot at 3.2x daily turn, $4.50/hour over 12 paid hours, 88% collection efficiency, and 6% enforcement leakage — plus 35 monthly permits at $195/mo — generates $854K/yr gross and $751K/yr net after a typical 12% management share. That is roughly $372K/yr above a status-quo unmanaged baseline.

Get a custom audit →

EV Charger ROI Projection

Model the 10-year return on investment for Level 2 EV charger installation. Includes install cost, electricity costs, and maintenance. No federal 30C credit is applied: it cannot be claimed for charging property placed in service after June 30, 2026 (IRS, Instructions for Form 8911).

1100
5%100%
$0.10$1.00
Install cost
$65K
Annual Revenue
$60K
Payback
2 yrs
10-Year ROI
403%
Cumulative Profit / Loss Over 10 Years
$0$262K-$262K12345678910

10 Level 2 chargers at 35% utilization and $0.35/kWh generate $32.7K net annual profit after electricity ($0.12/kWh), networking ($25/mo each), and maintenance ($400/yr each). The federal 30C credit cannot be claimed for charging property placed in service after June 30, 2026 (IRS, Instructions for Form 8911), so it is not included. Per DOE Alternative Fuels Data Center data, average public Level 2 utilization ranges 20–45% nationally.

Model uses DOE/EIA electricity pricing; no federal 30C credit is applied.

Related Wins Parking pages

Leasing land or parking for a robotaxi depotCybercab charging depot designRobotaxi depot EV charger installation costRobotaxi depot revenue model for property ownersRobotaxi depot management servicesRobotaxi depot design & operationsRobotaxi parking infrastructure hubWaymo vs. Tesla robotaxi parkingAutonomous vehicle parking designEV charger installationLease your parking lotAre EV charging stations profitable?How parking lots make moneyRobotaxi parking: what property owners should do nowTalk to Wins about your site

Frequently asked questions

Yes, if the site meets operator criteria: located inside or near the service geofence, access to multi-megawatt utility capacity or a clear path to it, two or more acres of flat secure pavement (or a suitable garage), and zoning that allows fleet vehicle storage and charging. Tesla, Waymo, Zoox, and Uber's partners all lease depots rather than buy, and several use fleet-services companies such as Avis Budget Group or Moove as the actual tenant and operator.

Find out if your property qualifies as a depot

Send us the address and a few details about the site. We will run a first-pass screen against operator criteria and utility capacity and tell you which earning model fits.

Your mobile information will not be sold or shared with third parties for promotional or marketing purposes.

Privacy Policy | Terms

Prefer to talk? Call or text 877-713-WINS (877) 713-9467 or (970) 279-1744

Ready to Unlock Your Parking Revenue?

Request a proposal. Tell us about your property and we'll show you what's possible.

Your mobile information will not be sold or shared with third parties for promotional or marketing purposes.

Privacy Policy | Terms

Prefer to talk? Call or text 877-713-WINS (877) 713-9467 or (970) 279-1744