Tesla VP Lars Moravy reportedly said in a Munro Live interview (published 26 Oct 2026) that the Cybercab keeps a charge port and that Optimus may plug it in until automated charging is ready. No timeline was given.
Background: why charging needs hands
Voltage is the "pressure" of electricity, current is the "amount", and power is the product: 400 V at 100 A is 40 kW. A charge port is the socket where a plug is physically inserted. Wireless charging sends power between coils in the ground and the car by magnetic fields, like a phone pad, but needs alignment and loses some energy as heat.
A self-driving car can drive itself to a charger, but it has no arm to pick up and insert the plug. Sending a person to plug in every vehicle undermines the point of driverless taxis.
Summary in 3 lines
- Tesla VP of vehicle engineering Lars Moravy reportedly spoke about Cybercab charging in a Munro Live deep dive published 26 Oct 2026.
- The Cybercab keeps a charge port so it can use Tesla's existing Superchargers.
- Until automated charging is ready, Optimus humanoid robots may plug the cars in. No timeline was given.
What happened
Per Teslanorth and others, Moravy said the Cybercab can drive itself to a charger but "plugging in still needs hands," and that Optimus should help with this soon. Automated charging is reportedly in development as infrastructure grows.
Why it matters
Driverless service only works if the whole loop is automatic: drive, stop, charge, clean. Charging is the last manual step. Giving Optimus a concrete job in the field also shows where Tesla sees humanoids being used outside factories.
Background: why not wireless only?
At the 2024 "We, Robot" event, the Cybercab was described as charging wirelessly with no plug. Now a port has been kept. My view (not an official statement): Tesla already has thousands of Superchargers, while wireless sites must be built from scratch and have alignment and efficiency challenges, so a port plus a robot hand is a practical bridge.
How it works: three ways to connect
| Method | Who acts | Strength | Challenge |
|---|---|---|---|
| Human plugs in | Person | Reliable, exists today | Not driverless |
| Robot plugs in (Optimus) | Robot | Uses existing chargers | Robot precision and cost |
| Wireless | Ground coil | No plug needed | New sites, power loss |
Plugging in is easy for people but hard for robots: port positions vary slightly, cables are heavy and stiff, and the insertion angle matters.
Timeline
- Oct 2024: Cybercab unveiled with wireless charging described.
- 26 Oct 2026: Munro Live publishes the Cybercab engineering deep dive (as reported).
- From 27 Oct 2026: several outlets report the Optimus charging role.
What you keep
- Driverless taxis need more than driving: charging and cleaning must be automated too.
- Power = voltage × current; 400 V × 100 A = 40 kW.
- Misconception: "self-driving" does not mean every task is automatic.
Next question
How many seconds would a robot need to start a charge compared with a person? That is the next thing to watch.
Read next
Sources
- Teslanorth, "Moravy Says Optimus Will Plug Cybercabs Until Charging Automates" (27 Oct 2026) → https://teslanorth.com/2026/10/27/moravy-optimus-cybercab-charging/
- Notateslaapp, "Tesla's Optimus Robot Will Soon Plug In Robotaxis to Charge" → https://notateslaapp.com/news/4904/teslas-optimus-robot-will-soon-plug-in-robotaxis-to-charge
Verification status (2026-11-04): Based on press coverage of the Munro Live interview; the video and an official Tesla statement were not read directly. The outlets rely on the same interview, so they are not independent confirmation.
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