.
I am inclined to think the new Giga-Shanghai structure is for something else than a loading area:
1) Regardless of the solution, there is a requirement for a 2D-structure with M by N cells, where each cell can hold a car, and where M is the maximum number of trucks under concurrent loading and N is the number of cars that fit on one truck.
2) For this M-by-N 2D structure a parking lot is sufficient, cheap and when needed easy to adjust in size.
3) With land available to the East I see little reason for CapEx to go multi-level with this,
4) As for the labor, the finished cars could with relative ease be programmed to drive themselves to the right waiting cell - and from there forwards, up onto the corresponding truck.
Yes, that's why they need an intermediate step, currently done for the MiC Model 3 in the large paved marshalling yard.
The cars are parked and lined up in order for each assigned truck. The mix must be assigned by Tesla's ordering and dispatch software. Works, but with these drawbacks:
An automated delivery building (think 'CarMax' or a Japanese robo-garage) solves these problems through:
- labor intensive
- large amount of land required
- slow / delayed shipping
- automation
- vertical component reduces land req'd
- much faster / more reliable logistics
I agree, and have been advocting for some time that Tesla should add a section to their FSD team that focuses soley on the task of loading Tesla cars onto car carrier ships at Fremont, and unloading them in Zeebrugge.
Even something short and simple like the car self-driving onto the truck trailer, then unloading on command is low hanging fruit.
But Tesla needs to build a deliver system that can scale to 40x their current volume. That justifies some 'first principles' effort.
But it's unlikely, at least under U.S. Consumer law, that Telsa cars will ever drive themselves unattended to meet their new owners. That entrains a lot of product liablility and damage claims risk. The current 'touchless' delivery is likely the closest we'll see.
Cheers!
I am inclined to think the new Giga-Shanghai structure is for something else than a loading area:
1) Regardless of the solution, there is a requirement for a 2D-structure with M by N cells, where each cell can hold a car, and where M is the maximum number of trucks under concurrent loading and N is the number of cars that fit on one truck.
2) For this M-by-N 2D structure a parking lot is sufficient, cheap and when needed easy to adjust in size.
3) With land available to the East I see little reason for CapEx to go multi-level with this,
4) As for the labor, the finished cars could with relative ease be programmed to drive themselves to the right waiting cell - and from there forwards, up onto the corresponding truck.