Key Concepts
Autonomous vehicles, Full Self-Driving (FSD), Waymo, Tesla, Zoox, crash reduction, fatality reduction, crash costs, LiDAR, regulation, intellectual property, cost implications, insurance, algorithms, pedestrian safety, speed limits.
Crash Reduction and Cost Savings
An early paper predicted an 85% crash reduction, fatality reduction, and crash cost reduction using existing auto manufacturer technologies. Americans lose approximately $3,000 per capita annually due to crash costs. Waymo is reportedly achieving this target in San Francisco, Phoenix, and Los Angeles, based on comparisons with other drivers on the same streets.
Global Competition and Regulation
China and Asia are rapidly advancing in autonomous vehicle technology. Baidu is deploying its technology across Singapore and Malaysia. The pace of innovation in the US needs to keep up with global developments. Tesla's Gigafactory in China could give China access to intellectual property, enabling them to catch up quickly.
Cost of Autonomous Vehicle Technology
Waymo vehicles currently use expensive Jaguar I-Pace vehicles (suggested retail price of $75,000) with an additional $75,000 for LiDAR and other equipment. Integrating the technology directly on the assembly line could reduce costs. Tesla offers its FSD technology for $8,000 upfront plus $100 per month. Long-term cost expectations are below $5,000 upfront, potentially with a monthly subscription fee (e.g., $50) for updates. Zoox plans to manufacture 10,000 vehicles per year in a new facility, but the equipment remains expensive.
Tesla's Full Self-Driving (FSD)
Tesla's FSD is already in use by many drivers, who must remain in the driver's seat and attentive. Tesla FSD has driven billions of miles, while Waymo has driven about 60 million miles without a driver. The key difference is that Waymo is tweaking algorithms to allow the car to move without a driver and handle parking.
FSD Performance and Observations
FSD users have varying opinions on its performance. Some find it efficient, while others identify areas for improvement. During a test drive, FSD demonstrated precision and impressed on complex routes in broad daylight. FSD sometimes exceeds the posted speed limit to keep up with traffic, unlike Waymo vehicles. FSD appears more confident around pedestrians, scooters, and cyclists than a human driver might be.
Safety Concerns and Potential Issues
There are concerns about FSD's behavior around pedestrians and cyclists, particularly regarding sudden maneuvers. Images of scooters falling in front of Waymo vehicles highlight potential risks. Hard braking or maneuvering may be necessary to avoid crashes.
Conclusion
Autonomous vehicle technology holds significant promise for reducing crashes, fatalities, and associated costs. Companies like Waymo, Tesla, and Zoox are demonstrating the feasibility of this technology. However, challenges remain regarding cost, regulation, and safety, particularly in complex urban environments with pedestrians and cyclists. The global race for autonomous vehicle dominance is intensifying, with China making rapid progress.
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