How does Tesla plan to manage micro-leaks or wear in its flexible cooling channels over time, especially in high-mileage or commercial-use vehicles?
With 50+ temperature sensors and smart valves, how does Tesla ensure long-term calibration accuracy to prevent uneven heat distribution across battery cells?
AI analyzing dust levels? Sounds overengineered.
0.2-second cleaning burst won’t help in mud or heavy snow.
Tesla is treating cars like iPhones — always getting better.
Eggshell frame + structural battery = ultimate safety + efficiency.
Central brain + zonal controllers? That’s aerospace-level architecture.
The zonal design is how all EVs should be built.
What happens if the active cooling algorithm fails or the sensors give false feedback — is there a backup passive cooling system in place?
How does the Model 2’s aluminum-ion battery chemistry behave under repeated fast-charging cycles in high-heat environments like Phoenix or Dubai?