Tesla Cybercab

The Tesla Cybercab is Tesla’s first dedicated robotaxi, manufactured at Giga Texas and sitting entirely outside the brand’s conventional Model 3/Y/S/X retail hierarchy. It is a two-passenger battery-electric vehicle designed to be fully autonomous as part of the Tesla Robotaxi service. It uses a single front-mounted motor, making it the first front-wheel-drive Tesla in the company’s history, a notable break from the rear- and all-wheel-drive layouts used across the rest of the lineup. EPA certification documents filed in May 2026 reveal the production specifications for the first time, confirming the platform has moved from concept to active manufacturing.

On powertrain, the Cybercab runs a 163 kW (219 hp) AC permanent-magnet motor on a 326-volt architecture with a roughly 48 kWh lithium-ion battery pack, helped by structural integration believed to use 4680-format cells. Curb weight comes in at 3,113 lbs (1,412 kg), making it the lightest Tesla ever certified. Range figures are unconfirmed pending the official EPA label: the unadjusted EPA combined-cycle test returned 418 miles (673 km), with 375.4 miles on the highway cycle, but InsideEVs estimates the real-world, window-sticker figure will land just under 300 miles once the standard adjustment factor is applied. On charging, no official AC onboard rate, DC peak rate, or 10–80% benchmark has been published. What is confirmed is that the production car retains a wireless inductive charging setup, and a full charge draws 53.365 kWh from the wall — about 12% above usable battery capacity, reflecting typical conversion losses.

On pricing and fit, Tesla’s stated target remains a sub-$30,000 production cost, which at current rates converts to roughly ₦40.8 million, KSh 3.89 million, or R485,000 — for reference only, since this isn’t a confirmed retail MSRP. The buyer profile is fleet operators running short, high-frequency urban trips, not individual commuters or families — the small battery is a deliberate trade-off for faster charging cycles and lower per-unit cost in ride-hailing duty. Within Tesla’s own range, the Cybercab sits apart from the Model 3 and Model Y rather than between them — it shares the 4680 structural-battery approach but on a stripped-down, single-purpose platform. Externally, it competes for fleet contracts against Amazon’s Zoox robotaxi and Alphabet’s Waymo fleet (built on Jaguar I-PACE and Zeekr platforms). For a direct spec/positioning comparison, Zoox is the closest match — also purpose-built, also designed around no driver controls, also sold exclusively into fleet operations rather than to individuals.

Important for this market: there’s currently no confirmed path for Cybercab into Nigeria, Kenya, or South Africa. Production prototypes have no steering wheel or pedals, it depends on US-specific autonomous permitting, and Tesla has signaled nothing about export or fleet deployment on the continent — the grey-market import route that works for Model 3/Y simply doesn’t apply here.

Tesla Cybercab Photos

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