Can I charge a Cybercab at home with a wall connector?
Short answer
Based on the cars seen so far: no. Hands-on reports in September 2026 found Cybercabs charging DC only through a NACS port, with no onboard AC charger. A home Level 2 wall connector supplies AC. Without that onboard converter, the wall unit cannot charge the pack. Private-owner between-rides charging belongs at a DC-equipped, pad-ready dock, not the driveway. For the full between-rides ops gap (park, clean, dispatch), start with where a privately owned Cybercab parks and charges between rides.
- Cars seen so far (as reported)
- NACS · DC only · no onboard AC
- Home Level 2 wall connector
- Cannot charge those cars
- DockDuty depot operating
- No
- Orlando dock target
- Q4 2026 or Q1 2027
This page owns one hardware question: can you charge a Cybercab at home? It is not a depot definition and not a rewrite of the between-rides sister post. It is part of our charging guide; for how robotaxis charge, where, and an estimated cost per mile by state, start with how do robotaxis charge. DockDuty is an independent company. Not affiliated with, endorsed by, sponsored by, or partnered with Tesla, Inc.; “Tesla” and “Cybercab” are trademarks of Tesla, Inc., used here for descriptive reference only.
I already have a wall connector
If you already own a Tesla, you probably already own the answer in your head: hang the cable on the garage wall, plug in overnight, wake up full. That pattern works for Model 3 / Y / S / X because those cars have an onboard AC charger. The wall connector is just a smart AC outlet.
Cybercab breaks that assumption, at least for the cars that have been opened and reported so far. The hardware question is separate from the ops question. Ops (fenced stall, cameras, cleaning, dispatch) is covered in park and charge between rides. This page stays on power: what the car will accept at the stall, and why a driveway Level 2 unit is the wrong bet for between-rides charging.
Cars seen so far: NACS, DC only
Hands-on reports in September 2026 described Cybercabs with a NACS port behind a panel in the rear bumper, DC charging only, and no onboard AC charger. That is the pattern we are willing to cite: as reported, not as a final production specification we measured ourselves, and not as a promise that every future unit will ship the same way.
What that means in plain terms:
- NACS is the connector family: the same North American Charging Standard shape Tesla uses elsewhere.
- DC only means the pack accepts high-voltage direct current from external equipment (Supercharger-class / depot DC), not household AC through an onboard converter.
- No onboard AC means a Level 2 wall connector has nowhere to send usable power. The car is not a Model Y with a different badge.
Nothing about final production charging hardware is public in a form we can treat as settled. Anyone quoting you a finished Cybercab charging spec today is guessing. We plan around the part that stays true either way: DC capacity at the stall, conduit, and room for pads later. See the charging section on what a Cybercab depot is.
Tesla’s long-term: inductive pads
Tesla has said the production Cybercab is designed to charge inductively, over a pad. In February 2026 the FCC was widely reported to have granted Tesla a waiver for the ultra-wideband radio the positioning system uses to line a car up over the pad. We have not read the order itself, so treat the mechanism as reported rather than confirmed by us.
The cars running in Tesla’s own fleet, as of those September 2026 hands-on reports, do not charge that way yet. Inductive is the stated long-term design; DC through NACS is what observers have documented on cars they could open. A private owner planning a garage pad today is planning around hardware that is not a retail product you can buy and install for a titled Cybercab we can point to.
Even if inductive pads become available for private sites later, that still leaves the between-rides ops problem: a commercial car needs a contracted dock, not only a powered driveway. That is the sister post’s job (park and charge between rides), and why this page funnels there.
Why Level 2 fails (and Superchargers aren’t the answer)
Level 2 fails on physics for the cars seen so far. A wall connector delivers AC. Without an onboard AC charger, the battery management system has no path to take that energy. Plugging in does not create a charge session. Buying a second wall connector does not fix a missing onboard converter.
Public Superchargers (or other DC stops) are not the private-owner between-rides product. They can deliver DC energy when a stall is free. They do not give you an assigned overnight stall, cabin turnaround, garage-keeper care while the car sits, cameras and fencing as a system, or dispatch readiness under an owner agreement. Routing a commercial Cybercab through public DC queues between every ride block is a detour, not a dock.
Tesla’s own robotaxi hubs, as publicly described, park and charge Tesla’s fleet. There is no public third-party hub service from Tesla for privately titled cars. That distinction is the spine of the between-rides explainer; what an independent owner’s depot does instead is on who manages a privately owned Cybercab.
What a dock plans for instead
Independent dock planning matches the live site voice on Cybercab depot charging: DC-equipped, pad-ready stalls sized around service capacity, conduit and transformer lead time, not around one unfinished connector.
- DC at the stall for the cars that already need it, as reported.
- Conduit and pad-ready layout so inductive can land later without ripping the lot apart.
- Capacity ahead of connector fashion: the part that stays true whichever way production hardware settles.
That is infrastructure for a contracted private-owner stall, not a residential wall unit. For the industry category (any AV fleet’s base between rides), see what is a robotaxi depot. For the private-owner gap Tesla hubs do not fill, stay with park and charge between rides.
Where DockDuty stands today
Honest status, the same one we put on the rest of the site:
- No DockDuty depot is operating anywhere. No lease is executed. No client Cybercab is parked, charged or earning with us.
- Orlando is our lead market, with its depot targeted for Q4 2026 or Q1 2027. That is a target, not a promise.
- The owner platform is live. Open the real dashboard on sample data with no login at app.dockduty.com/demo.
- Priority stall reservations are open in every metro we list; Orlando is our lead market, with its depot targeted for Q4 2026 or Q1 2027.
Money terms (Priority schedule, published rates): $450 reservation deposit per stall, fully refundable at will until the Cybercab is onboarded, and credited in full against a $1,000 one-time onboarding fee. Monthly retainer and per-ride service fee step down with fleet size:
- 1–2 cabs: $550/mo per stall, 15% service fee
- 3–4 cabs: $525/mo, 15%
- 5–6 cabs: $500/mo, 14%
- 7+ cabs: $475/mo, 13%
Full rate card: pricing. We do not promise utilization, monthly profit, earnings or passive income on this page. Hold a stall at app.dockduty.com/reserve. Facility definition: Cybercab depot. Between-rides product story: park and charge between rides.
What to do next
If home charging was the question you came with:
- Read the ops sister post: where a privately owned Cybercab parks and charges between rides.
- Hold a Priority stall: app.dockduty.com/reserve ($450, fully refundable until onboard).
- See the owner dashboard running: app.dockduty.com/demo (no login).
- Read dock charging plans: Cybercab depot · charging.
- Ask anything we skipped: support@dockduty.com or the Discord.
Frequently asked questions
Can I charge a Cybercab at home with a wall connector?
Not with a typical Level 2 wall connector, based on the cars seen so far. Hands-on reports in September 2026 found a NACS port with DC charging only and no onboard AC charger. A home wall connector supplies AC; without an onboard AC charger, that power does not go into the pack.
Do Cybercabs charge on AC or DC?
The cars reported in September 2026 hands-on coverage charged DC only through a NACS port, with no onboard AC charger. Tesla has described inductive pads as the long-term production design. Final production hardware is not public; treat these as reported observations, not a finished factory spec.
Will inductive charging fix home charging?
Tesla has said the long-term design is inductive charging over a pad, and in February 2026 the FCC was widely reported to have granted Tesla a waiver for the ultra-wideband radio used for pad positioning. We have not read the order itself. Even if pads become available for private owners later, between-rides commercial ops still need a secure dock, not only a driveway; see park and charge between rides.
Can I just use Superchargers between rides?
Public DC stops can top up energy, but they are not a contracted between-rides workflow: no assigned stall, no cleaning and reset, no garage-keeper care overnight, and no dispatch readiness at a private dock.
What charging does DockDuty plan at the dock?
DC-equipped, pad-ready stalls planned around service capacity, conduit and transformer lead time, not around one unfinished connector. No DockDuty depot is operating yet; Orlando is targeted for Q4 2026 or Q1 2027. Details: Cybercab depot charging.
Is DockDuty affiliated with Tesla?
No. DockDuty is an independent company. Not affiliated with, endorsed by, sponsored by, or partnered with Tesla, Inc.; “Tesla” and “Cybercab” are trademarks of Tesla, Inc., used here for descriptive reference only.
General information, not legal, tax, or investment advice. Charging hardware, hub plans and network terms move quickly; this page carries published and last-reviewed dates at the top. Claims about cars seen so far are hedged to dated hands-on reports. If something here no longer matches what you can check, tell us.