Will consumer cars have true driverless autonomy and V2V coordination in 10 years?

Lens adapted to this topic: What could block mass-market autonomy

Skeptical analyses argue that successful demonstrations and geofenced robotaxis should not be extrapolated to ordinary privately owned cars on real-world roads. They emphasize rare but consequential edge cases, difficult urban operations, fragmented regulation, liability, high costs, and uncertain economics. On this view, V2V may appear in selected corridors or fleets without producing universal coordinated autonomy.

• Operating autonomous vehicles in mapped or geofenced areas is materially easier than replacing human drivers across cities, weather conditions, construction zones, and unpredictable events.
• Regulatory approvals and pilot programs remain narrow in some major markets, indicating that earlier mass-production expectations were too ambitious.
• The safety case, liability framework, fragmented regulation, and capital requirements could delay broad consumer deployment even as the technology improves.
• V2V coordination requires widespread compatible equipment, dependable communications, and shared protocols; technical promise alone does not guarantee adoption across the vehicle fleet.
• The likely near-term result may be constrained robotaxis, logistics applications, highway automation, and premium driver assistance rather than driverless cars everywhere.

Featured sourceVehicle-to-everything (V2X) in the autonomous vehicles domainsciencedirect.com8 sourcesView sources