Full teardown of Tesla's steering-wheel-free robotaxi and the 22-DoF hand architecture of Optimus Gen 3.
Cybercab is a compact, futuristic two-seater finished in gold tones with motorized butterfly doors. The vehicle has no steering wheel, pedals, mirrors, or charging ports.
Fully autonomous Level 5 architecture lets passengers relax, work, or sleep while navigating via a central touchscreen display.
Target operating cost is approximately $0.20 per mile, undercuting conventional public transit fares in major metropolitan areas.
1. Wireless Inductive Charging: Operating at 85 kHz with 93% efficiency, eliminating mechanical plugs and enabling automated fleet turnaround.
2. AI5 Compute Stack: Powered by Tesla's next-gen AI5 neural accelerators, processing 8 high-resolution cameras via end-to-end vision models without LiDAR.
3. Optimus Gen 3 Kinematics: 22 degrees of freedom (DoF) hand actuation driven by brushless servomotors and zero-backlash tendon drives.
• 2016: Initial cross-country autonomous transit commitment on Hardware 2.0.
• 2019: First-generation FSD silicon debut with commercial robotaxi projections.
• 2021: Tesla Bot announcement establishing humanoid robotics roadmap.
• 2024: Optimus Gen 2 demonstration with integrated tactile sensing.
• 2026: Pre-production Cybercab unveiling without driver controls, initiating closed-course testing in Texas.
While the vehicle platform is engineered for immediate deployment, regulatory agencies (NHTSA, UNECE) have not yet established commercial certifications for passenger vehicles devoid of manual controls.
Full teardown of Tesla's steering-wheel-free robotaxi and the 22-DoF hand architecture of Optimus Gen 3.
This development reshapes competitive dynamics in the sector.
Regulatory frameworks and infrastructure readiness remain critical.
Mainstream adoption expected within 3–5 years.