Tesla ‘Model 2’ Takes Shape - Forbes
🚗 The Cybercab is identified as the physical manifestation of the rumored sub-$30,000 'Model 2' vehicle.
🔋 The platform features a tiny, ultra-efficient battery pack under 50 kWh with a certified range of 165 Wh/mi.
🏭 Manufacturing costs are slashed via simplified structural castings and an 'unboxed' process that eliminates thousands of parts.
🛠️ The vehicle uses drive-by-wire architecture, allowing easy retrofitting to add steering wheels for consumer sales.
📉 Adding a steering wheel transforms the autonomous robotaxi into a standard commuter car without major redesigns.
⚖️ Selling a human-driven version provides Tesla with a volume release valve if full autonomy regulations stall.
Bullish Signals
- The Cybercab platform successfully combines autonomous fleet capabilities with consumer vehicle potential through modular design.
- Tesla has achieved extreme manufacturing efficiency by reducing the battery size and eliminating thousands of parts via an unboxed process.
- The drive-by-wire architecture offers significant flexibility, allowing Tesla to pivot between robotaxi and standard car production easily.
- This approach mitigates regulatory risk by providing a human-driven alternative if unsupervised autonomy faces delays.
Full Analysis
Tesla is reportedly developing a low-cost vehicle platform, often referred to as the 'Model 2,' which aims to sell for under $30,000. According to CEO Elon Musk, this goal is already being realized through the Cybercab, a novel two-passenger robotaxi currently in production. The article suggests that the Cybercab serves as the foundational architecture for this affordable vehicle segment.
The Cybercab utilizes Tesla's next-generation vehicle platform designed for extreme manufacturing efficiency. Key cost-saving measures include an ultra-efficient sub-50 kWh battery pack achieving 165 Wh/mi, simplified structural body castings, and a two-seat cabin that eliminates thousands of parts found in standard sedans through an 'unboxed' manufacturing process.
While the Cybercab is designed as a fully autonomous fleet vehicle without human controls, its drive-by-wire architecture allows for easy modification to include steering wheels and pedals. This design flexibility means Tesla can adapt the assembly line to produce a consumer commuter car simply by adding standard driver controls, effectively de-risking regulatory hurdles for unsupervised autonomy while securing immediate volume production.
