The Cybercab is expected to be utilized for initial driverless rides, showcasing Tesla's advancements in autonomous technology.

Gaining permission to operate the Cybercab on public roads presents significant challenges, making it easier to test and deploy FSD on existing vehicles like the Model 3.

The Model 3 serves as a mule vehicle to test new camera placements and validate FSD data, now featuring updated hardware similar to that of the Cybercab.

The testing of this Model 3 suggests a potential launch of Tesla's Cybercab and robotaxi platform, with the company targeting mass production by 2026.

The integration of bumper cameras in various Tesla models, including the Cybertruck and refreshed Model Y, indicates a potential future standardization across all vehicles.

The modified Model 3 is equipped with the Cybercab's FSD hardware, allowing Tesla to gather crucial data on driving performance in adverse weather conditions.

In a related development, Tesla is reviving its early access program for FSD updates, allowing select users to experience new features before public release.

Using the Model 3 as a testing platform could streamline the approval process for the Cybercab by providing valuable performance data outside controlled environments.

A Tesla Model 3 equipped with an unconventional camera system was recently spotted testing in Concord, New Hampshire, signaling preparations for the launch of unsupervised Full Self-Driving (FSD).

Tesla plans to initiate an unsupervised FSD pilot program in Austin, Texas, starting in June 2025, following the Cybercab's unveiling in October 2024.

This Model 3, seen in the Northeastern U.S., features cameras in unusual locations, indicating advanced development for Tesla's upcoming autonomous services.

CEO Elon Musk has expressed plans to extend Robotaxi networks beyond Texas and California, reflecting confidence in FSD's adaptability to local traffic rules.