Autonomy Core 15


A reference set of autonomous vehicle platforms across passenger, fleet, and freight. The autonomy Core 15 is a curated comparison set used to illustrate how autonomous platforms are evaluated across different duty cycles.

Note: Inclusion does not imply universal Level-4 or Level-5 operation.


Autonomy Core 15 List

This list is platform-centric and intentionally separates autonomy capability from business model.

Platform Category Primary Role Why it matters
Tesla Cybercab Purpose-built robotaxi Passenger autonomy-first Pure autonomy-native architecture with no human-driver legacy.
Zoox Purpose-built robotaxi Bidirectional passenger service Pure autonomy-native architecture with no human-driver legacy.
Baidu Apollo RT6 Purpose-built robotaxi Urban fleet deployment Cost-optimized robotaxi designed explicitly for scale.
Ji Yue Robo X Purpose-built robotaxi Urban fleet deployment Cost-optimized robotaxi designed explicitly for scale.
BYD D1 Ride-hailing robotaxi Passenger fleet operations Designed around passenger flow and service durability.
Zeekr RT (China) Robotaxi host platform Urban fleet deployment
Zeekr RT (US) Robotaxi host platform Waymo passenger service Represents Waymo’s next-generation OEM platform.
Hyundai Ioniq 5 Passenger AV platform Autonomy testbed Modern E/E architecture with extensive AV pilots.
Jaguar I-Pace Passenger AV platform Waymo Legacy robotaxi host Historical baseline for robotaxi evolution.
VW ID.Buzz AD Autonomous van Passenger + cargo fleets OEM signal for autonomous fleet vans.
Geely Farizon SuperVAN GXR Autonomous logistics van Commercial fleets Industrial-first platform aligned with depot operations.
Tesla Semi Autonomous freight Long-haul trucking Autonomy builds on efficiency to improve fleet utilization.
Freightliner Cascadia Autonomous freight Level-4 long haul Most credible U.S. freight autonomy program.
Volvo VNL Autonomous Autonomous freight Industrial autonomy OEM-led, safety-first autonomy deployment.