Who manages a privately owned Cybercab?
Short answer
A third-party Cybercab depot is a facility run by an independent company — not Tesla, and not the vehicle’s owner — that handles the physical work a Cybercab still needs between rides: parking, charging, cleaning, staging, inspection and incident response. The owner keeps the title and the earnings. The depot operator supplies the land, the power and the people.
- Third-party Cybercab depots operating
- None, anywhere
- Privately owned Cybercabs in service
- None yet
- Tesla owner-program terms published
- No
- DockDuty’s first depot
- Orlando, targeted Q4 2026
We should say where we stand before you read any further: DockDuty is one of the companies this page describes, and no depot of ours is open. Everything below is either a fact you can check or a description of how the work is structured, and where something is unsettled this page says so rather than rounding it up. If you only want the definition of the facility itself, our Cybercab depot page is the longer version and this one assumes it.
What a third-party depot operator is
The phrase sounds legal but it is doing something simple. In any arrangement around an autonomous vehicle there are two obvious parties: the company that built the car, and the person who bought it. A third party is anyone else who takes on a piece of the work under contract — here, an independent operator that provides the physical infrastructure and the day-to-day operations rather than the manufacturer providing them or the owner doing it personally.
So “third-party Cybercab depot” is not a different kind of building from a Cybercab depot. It is a statement about who runs it. A depot Tesla built for its own robotaxi fleet is first-party. A garage you rent yourself, wire up and staff is you operating your own asset. A depot run by an independent company that takes your car in under an agreement is the third-party version, and it is the only one of the three that an individual owner can buy rather than build.
The words independent and third-party get used interchangeably in this category and mean the same thing in practice. So does depot operator, which is the job title rather than the building.
The three possible answers
Today: nobody, because no privately owned Cybercab exists to manage. That is the honest answer and it is worth getting out of the way before the useful one.
The useful one is that there are only three possible answers, and they have not changed since the first taxi fleet: the manufacturer, the owner, or a contracted operator. Tesla manages the vehicles in its own robotaxi fleet. An owner can manage their own car if they are close enough to it and have the time. Anyone else doing it is a third party under contract — a depot operator.
There is one dated development worth knowing. On September 3, 2026, the same evening as its invite-only Cybercab launch event in Austin, Tesla opened a fleet interest form at tesla.com/robotaxi/interest, with options covering fleet vehicle purchasing and mobility hubs and infrastructure. A form asking what businesses want is not a program, a price, a delivery date, or a set of terms, and none of those have been published. But it is the first public signal that Tesla is thinking about vehicles operated by somebody other than Tesla. We keep the running list of what actually has to be true before a Cybercab can join a fleet — including three rules told to us directly by Tesla’s fleet team that are not written on tesla.com.
Why a self-driving car still needs somewhere to go
The thing that surprises people about autonomy is how little of the ground work it removes. Remove the driver and the driving gets handled. Everything the driver used to do when the car wasn’t moving still has to happen, and now nobody is there to do it.
A human rideshare driver ends a shift and, without thinking of it as work, parks somewhere legal, plugs the car in at home, throws out the coffee cup somebody left in the back, notices the tyre that looks low, and answers the phone if the car gets towed. That is an unpaid operations department of one. A vehicle with no driver has none of it. Between one ride ending and the next beginning, the car needs:
- Somewhere legal to sit. A car earning commercially cannot circle indefinitely and cannot be left on a residential street for days. Idling to avoid parking burns energy and miles for zero revenue.
- Energy. Not a charger in principle — a charger that is free at 3am when the car arrives at 8% and has to be ready by 6.
- Cleaning. Passenger vehicles get dirty at a rate that has nothing to do with how the car drives, and a dirty car gets rated badly on a network that ranks on ratings.
- Eyes on it. Damage, wear, the warning nobody read, the thing a camera does not catch.
- A human when something goes wrong. Covered separately below, because it is the part people most underestimate.
None of that is exotic. It is the same list every taxi fleet in the world has run for a century. The difference is that autonomy moves the list off the driver and concentrates it in one place, which is the whole reason the depot is the natural unit of this industry rather than an optional extra.
Manufacturer, owner, depot operator: who does what
These three roles get blurred constantly, usually by people selling something. Kept apart they are clear.
| Role | Owns | Responsible for |
|---|---|---|
| Vehicle manufacturer | The design, the software, the service network | Building the car, maintaining the autonomy stack, parts and warranty, and setting the rules for any network it runs |
| Vehicle owner | The car — title, registration, insurance, financing | Buying the asset, carrying the risk on it, deciding which networks it participates in, and keeping the income |
| Depot operator | The land, the power, the equipment, the staff | Everything physical between rides, plus reporting back to the owner on what happened to the car |
Two cautions on that table. First, it describes how the roles divide, not a set of relationships Tesla has agreed to: Tesla has not published terms for privately owned vehicles joining its network, so nobody can tell you today how a manufacturer, an owner and an independent operator will be expected to interact. The September 3, 2026 fleet interest form is the closest thing to a signal, and it is a question, not a policy. We keep the dated version of that record in what happened to “add your car”.
Second, the middle row is the one worth reading twice. The owner keeps title. A structure that moves your car into a pooled entity in exchange for units is a different product with different risk, and it is worth knowing which one you are being offered — fractional shares versus owning the car is the test.
Running it yourself vs. using a third-party depot
Self-operating is a real option and for some people it is the right one. Here is the honest comparison, assuming one to three vehicles, which is where most private owners will sit.
| Self-operated | Third-party depot | |
|---|---|---|
| Parking | Your driveway, a rented space, or street parking you have to keep legal | A dedicated stall on a controlled site |
| Charging | Home charging, or public chargers at public prices with queueing risk | On-site, scheduled around the vehicle’s own duty cycle |
| Cleaning | You, or a mobile detailer you book each time | Part of the turnaround, on a set cadence |
| Monitoring | Whatever the vehicle app shows you | Staffed monitoring plus an owner dashboard |
| Incident response | You, at whatever hour it happens | An operations line with a defined response |
| Staffing | None, until it is a second job | Employed, and a cost you can see in advance |
| Security | Whatever your parking location happens to offer | Fencing, gates, cameras, access control |
| Telemetry | Manufacturer app only | Manufacturer app plus operator-side records |
| Documentation | You assemble it at tax time | Monthly statements produced as a by-product |
| Scalability | Breaks somewhere around two or three cars | Adding a car is adding a stall |
| Owner time required | Real, recurring, unpredictable | Onboarding, then reading statements |
| Cost shape | Mostly your own time, which is easy to under-count | A stated monthly rate, plus a share of revenue |
The right-hand column is not free and the left-hand column is not zero. The genuine trade is that self-operating converts a cash cost into a time cost and caps your fleet at whatever you can personally reach. If you live twenty minutes from where the car works, own one, and enjoy the work, self-operating can be the cheaper answer. The further you are from the car, and the more cars there are, the faster that stops being true. The four common ownership structures are laid out side by side in our comparison of Cybercab fleet-management models.
What a real third-party Cybercab depot needs
This is the useful part of the question, because it is also the checklist for telling an operator from a landing page. A facility that can actually take autonomous vehicles needs all of the following, and the ones people forget are the slow ones.
- Commercial property zoned for it. Vehicle storage and fleet operations are commercial uses. A state can authorise driverless operation on its roads and still leave a city free to say no to the lot. Florida is the worked example: Fla. Stat. § 316.85 bars local governments from imposing taxes, fees or for-hire requirements on autonomous vehicles and their operators — and says nothing about zoning, land use, parking or storage, because it governs the vehicle rather than the lot. Road law and land use are separate questions, and zoning is usually the harder of the two.
- Electrical service, which is the real constraint. Not the chargers. The service capacity, the conduit and the transformer. Utility lead times on a service upgrade are measured in quarters and sometimes years, and they are the single most common reason a depot plan slips. We broke the whole build cost down in what it costs to build a robotaxi depot.
- Charging matched to the vehicle. Tesla has described the production Cybercab as charging inductively over a pad rather than through a cable. Final hardware is not public, so a depot that plans around service capacity rather than around one connector is planning around the part that stays true.
- Stalls and staging. Somewhere to park, and separately somewhere to hold a car that is next out. Those are different spaces and a lot sized for one will not do both.
- Security. Perimeter, gates, cameras, access control, and a record of who was on site. Someone else’s asset is sitting there.
- Cleaning capability. Water, drainage, supplies, and a place to do it that is not a parking stall.
- People. Trained staff on a roster, which is a payroll and not a promise. This is the line item that separates an operations company from a software company.
- Software. Vehicle state, work records, statements, and something the owner can look at without phoning anyone.
- Written incident procedures. What happens, who is called, in what order, and how it gets recorded.
- Insurance that matches the arrangement. The owner’s policy on the vehicle is one thing. The operator’s own coverage for vehicles in its care is a separate thing, and a question worth asking directly.
- Maintenance coordination. The depot does not have to be the service centre, but somebody has to notice, book it and get the car there — and what that upkeep actually costs is a real line in the owner's budget.
- Network coordination, where it is permitted. Making the car available at the right time, in the right place, in the right state — within whatever the network’s rules eventually turn out to be.
Third-party depot vs. fleet-management software
These two things share a search box and are not the same product. It is the distinction that matters most in this category and the one most often blurred, usually by whichever side is missing half of it.
| Fleet-management software | A physical depot | |
|---|---|---|
| What it is | An application | Land, power, equipment and staff |
| What it handles | Information about the vehicle | The vehicle |
| Constrained by | Nothing much — it scales instantly | Stalls, electrical service and people |
| Car is dirty at 7pm | It tells you the car is dirty at 7pm | Somebody cleans it |
| Car is at 4% and 20 miles out | It shows you the battery percentage | It is plugged in when it arrives |
| Car is blocked in a garage | It logs the fault | Someone drives out to it |
Software is genuinely necessary — an owner who is not standing in the lot needs to see what happened to their car, and a depot without a reporting layer is a black box you are supposed to trust. The point is the order of operations. The physical operation is the product; the dashboard reports on it. A dashboard with no lot behind it is a reporting tool however it is marketed, and it cannot charge anything.
DockDuty does both, and the physical half is the part that is hard to copy. What the service actually covers day to day is set out on our Cybercab fleet management page.
Can you own a Cybercab in a city you don’t live in?
This is the question behind most of the traffic to this page, and it deserves a careful answer rather than a confident one.
The reason people ask is sound. Autonomous vehicles earn where demand is, and demand is not evenly spread. The metros where driverless services run first are not where every prospective owner happens to live. If the only way to own one were to live within driving distance of it, ownership would be rationed by geography for no good reason.
What third-party infrastructure changes is the physical obstacle. If an independent operator is parking, charging, cleaning and responding to the car, then the owner’s proximity stops being an operational requirement. The car lives where the demand is; the owner lives wherever they live; the connection between them is a contract and a dashboard rather than a commute. That is the structural argument, and it is a real one.
What it does not settle is permission. Tesla has not published the terms under which a privately owned vehicle joins its network, and until it does, nobody — us included — can tell you whether an owner’s residence will matter to those terms, or whether it won’t. Anyone who tells you it is settled is describing something that has not been announced. There are also state-level registration, insurance and tax questions that follow the owner rather than the car; we walk through those in owning a robotaxi in another state, and they are questions for your own accountant.
So the accurate version is: third-party depots remove the operational reason an owner has to live near the vehicle. They do not and cannot remove a rule nobody has written yet.
What happens when the car has a problem
Autonomy handles driving. It does not handle the long tail of things that are not driving, and the long tail is where the operations budget goes.
A car gets boxed in by a delivery truck in a garage and the geometry does not resolve itself. A passenger leaves a bag, or something worse, on the back seat. A tyre goes down. A gate arm does not lift. Construction closes the exit the car was planning to use. Somebody parks across the stall. In every one of those, the resolution is a person who can physically get to the vehicle, and the difference between a ten-minute problem and a two-day problem is whether that person is fifteen minutes away or is you, four states over, at 2am.
The Cybercab makes this sharper than it is for retrofitted robotaxis. A Model Y with a steering wheel can be moved by anyone who can sit in it. A vehicle designed without driver controls cannot be dealt with the same way, which is precisely why remote support and a defined manual path exist at all. What happens when a Cybercab gets stuck goes through the mechanics.
This is the honest case for the whole category. Not that autonomous vehicles need babysitting, but that a fleet of them concentrates a predictable amount of physical work in one place, and somebody has to be standing there to do it.
Is any of this operating today?
No, and it is worth being exact about why, because the reason is not that operators are behind.
No third-party Cybercab depot is operating anywhere, because there are no privately owned Cybercabs to put in one. Tesla’s Cybercab production feeds Tesla’s own fleet; there is no published price, delivery date or purchase terms for customer-owned Cybercabs; and no customer-owned vehicle of any kind earns on the Tesla network today. Every company in this category, DockDuty included, is building ahead of a door that has not opened. That is a reasonable thing to do — land, power and permits have lead times measured in quarters, so the work has to start before the demand arrives. Describing it as already finished is a different matter.
There is one more thing worth knowing, because it is the number everybody plans against and it no longer exists. Tesla’s Q1 2026 shareholder update said “Cybercab, Tesla Semi and Megapack 3 are on schedule for volume production starting in 2026.” In the Q2 2026 update (July 22, 2026) the same line reads “Tesla Semi and Megapack 3 remain on schedule for production starting in 2026” — Cybercab is no longer named, and the phrase “volume production” does not appear anywhere in that document. Read it carefully in both directions, though: the same update moves Cybercab from “Pilot Production” to “Production” at Gigafactory Texas with installed capacity of >125,000. That is not a company backing away. The honest summary is narrower and more useful: Tesla has not stated a volume-production target for Cybercab since, so nobody planning a depot has a public number to build against.
The door is not obviously bolted, either. Tesla’s Cybercab launch event ran in Austin on September 3, 2026, and Tesla opened its fleet interest form the same evening. Both are real and both are dated. Neither is a program. The correct reading is that the category has moved from hypothetical to plausible-and-unscheduled, which is a meaningful change from a year ago and still not a date.
Robotaxi depots in general do exist and are in daily use — the operators running commercial driverless services run their own, first-party, for their own vehicles. What does not exist yet is the independent version serving privately owned cars. That is a category being built, not a category being chosen from, and you should treat any claim otherwise as the first thing to check.
DockDuty, as a worked example
Now the part where we describe ourselves, and it goes last on purpose.
DockDuty is an independent depot operator being built specifically around privately owned autonomous vehicles rather than an operator’s own fleet. The model is the physical operation plus the software that reports on it: stalls, charging, cleaning, staging, dispatch coordination, incident response, telemetry and an owner dashboard. Owners keep title, keep their registration and insurance in their own name, and can end the arrangement and take the car.
What is real today: the company is DOCK DUTY LLC, an active Florida limited liability company, document no. L26000247958 — search “Dock Duty” on Sunbiz rather than taking our word for it. The founders are named on the about page. The owner platform runs as a public live demo with no login and no card. The reservation agreement is published and executed before any money moves. The reservation book is public and the count comes from the same API that enforces the cap at checkout.
What is not real today: no depot is operating, no depot lease has been executed, no customer vehicle is in our care, and no customer vehicle has earned a dollar through us. Our own facility insurance is not bound, because there is not yet a facility to insure. The first depot is targeted for Orlando in Q4 2026, and a target is not a date.
On cost, so it is not a mystery: the founding 50-stall round closed on September 5, 2026, and the Priority Owner round opened the following day. Priority Owner rates start at $550 per stall per month plus a 15% platform fee on ride revenue for one to two cabs, sliding to $475 and 13% at seven or more. A $450 reservation deposit holds a stall, stays fully refundable until the vehicle is onboarded, and credits in full against the $1,000 onboarding fee. The live stall count is here rather than written into this sentence, because it changes.
Where to go next, depending on what you actually want:
- Still working out what a depot is — how a Cybercab depot works.
- Want to see the operations layer running — the owner dashboard is public, no login.
- Comparing who should run your car — the four fleet-management models, or what we handle day to day.
- Running the economics — the calculator, with every assumption exposed.
- Running a fleet already — volume depot operations.
- Ready to hold a stall — reserve one, or check the book first.
Frequently asked questions
Who manages a privately owned Cybercab?
There are three possible answers and only three: the manufacturer, the owner, or a contracted third-party operator. Tesla manages the vehicles in its own robotaxi fleet. An owner can manage their own vehicle if they are near it and have the time. Anyone else is a depot operator working under contract. No one is managing a privately owned Cybercab today, because Tesla has not sold one to a private buyer.
What is a third-party Cybercab depot?
A third-party Cybercab depot is a facility run by an independent company — not the vehicle manufacturer and not the owner — that provides the physical infrastructure and between-ride operations a Cybercab needs: parking, charging, cleaning, staging, inspection, monitoring and incident response. The owner keeps title to the vehicle and the income it earns; the operator supplies the site, the power, the equipment and the staff.
Can someone else manage my Cybercab?
That is the arrangement a third-party depot operator offers, and it is the reason the category exists. In practice it means the vehicle is based at the operator’s site under a written agreement, the operator does the physical work, and the owner sees what happened through a dashboard and monthly statements. No such arrangement is running with a customer-owned Cybercab today, because no privately owned Cybercabs exist yet.
Where does a Cybercab park when it isn’t driving?
At a depot, in practice. A commercially operated autonomous vehicle needs somewhere legal, secure and powered to sit between rides, and circling to avoid parking burns energy and miles for no revenue. Robotaxi operators running today park their vehicles at their own depots for exactly this reason. A privately owned vehicle needs the same thing from somewhere.
Does Tesla operate Cybercab depots?
Tesla operates facilities for its own robotaxi fleet. It has not announced a depot service for privately owned vehicles, and it has not published terms for privately owned vehicles joining its network at all. Whether Tesla will offer, permit or require any particular arrangement for owner vehicles is unannounced, and should be treated as unknown rather than assumed either way.
Can I hire someone to manage a Cybercab?
You can contract with an independent depot operator to do it, which is what this page describes. Nobody is performing that service on a customer-owned Cybercab today. What can be done now is securing a position with an operator — and the things worth checking before you do are the registered entity, the named founders, the published agreement, the refund window, and who holds title.
Can I own a Cybercab in another state?
Third-party infrastructure removes the operational reason you would need to live near the vehicle: if an operator is parking, charging, cleaning and responding to it, your distance from it stops mattering to the work. What it cannot remove is permission — Tesla has not published owner-participation terms, so no one can say today whether an owner’s residence will matter to them. Registration, insurance and tax questions also follow the owner and are worth putting to your own accountant.
Who charges privately owned Cybercabs?
Whoever the owner arranges it with. Self-operating owners charge at home or on public networks at public prices. Owners using a depot get it as part of the turnaround, scheduled around the vehicle’s duty cycle rather than around when a person is free. Charging is the reason electrical service capacity, not charger count, is the binding constraint on any depot.
What is the difference between a robotaxi depot and fleet management software?
Software handles information about the vehicle; a depot handles the vehicle. Software can tell you a car is dirty, low on charge, or stuck. A depot cleans it, charges it, and sends someone out to it. Both are useful and they are not substitutes: an owner who is not on site needs the reporting layer, but a reporting layer with no facility behind it cannot perform any of the physical work.
Do autonomous taxis need depots?
In commercial service, yes. Every operator running a driverless ride service today runs depots for its vehicles, because removing the driver does not remove parking, charging, cleaning, inspection or incident response — it concentrates all of it in one place instead of spreading it across drivers’ homes and evenings.
Can a third-party company operate a fleet of Cybercabs?
Structurally there is nothing unusual about it — contracted fleet operations are ordinary in trucking, car rental and municipal fleets. For Cybercabs specifically it is untested, because Tesla has not opened Cybercab sales to private buyers and has not published network terms for customer-owned vehicles. Any company describing it as an established service today is describing something that has not happened.
What we checked
The claims on this page that are checkable, and where to check them:
- DockDuty’s legal entity — DOCK DUTY LLC, Florida, document no. L26000247958, on the state’s Sunbiz registry. Search “Dock Duty”, two words, as filed.
- Reservation counts and rates — read live from the same public API that enforces the cap at checkout, surfaced on the order book. Rates on this page come from the published schedule, not from a marketing figure.
- Tesla’s position on owner participation — our dated ledger of what has and has not been said is in the Tesla Network explainer, which cites the earnings calls and Tesla’s own materials directly.
- Cybercab availability to private buyers — tracked in can you buy a Tesla Cybercab, with each fact dated.
- The September 3, 2026 fleet interest form, and what Tesla’s fleet team told us directly about insurance, financing and who signs — five things that have to happen before your Cybercab can join a fleet.
- DockDuty’s operating status — the statements above about no operating depot, no executed lease, no vehicles in our care and no bound facility insurance are the same ones we make on the about page and in the reservation agreement.
This page describes an emerging category and will go out of date. It carries a published and a last-reviewed date at the top; if something here no longer matches what you can check, tell us and we will correct it. General information, not legal, tax, or investment advice.