Earlier quoted context omitted.
Let's say you go to a concert or similar event where there's potentially thousands of people leaving at the same time. How many robotaxis do you need to carry the same amount of people as a single train carriage is capable of carrying? 200? 300? What about what an entire train, with multiple carriages, could carry? Also why on earth would I want the gov't paying fucking Google for their robotaxis, rather than having…
Sure, 200 or 300, why not? I've been to events of this size and left them in taxis or rideshare. Automatic demand allocation + wage surging systems at companies like Uber funnel drivers to the events and people leave. Presumably that allocation only gets smarter when the cars all drive themselves. Trains would still have the last mile problem here, the main difference would be spacing out the congestion potentially t…
Because this creates a huge backlog and queues of cars. Even at 4 people per car a moderate 16k-person event needs 4 000 trips from the stadium in a short time.
Also because this creates a huge pressure on the system. Those 4k trips will starve the system in other places because companies won't just have a few thousand idle cars just laying around in case of events. Welcome to surge pricing.
BTW a similar pressure exists at peak hours when everyone leaves for work, or from work. Two trains carrying 2000 people with 15 minute intervals will need 500 cars minimum (4 people per car) for the same trip in the same direction.
2000 employees at Spotify office in Stockholm will need 500 cars minimum to take them home. In the center of the city. When other offices also leave work for home. Lol.
(In Stockholm subway carries 1.3 million passengers a day. Good luck replacing this to 1-4-people per car)
> Seemingly very rare that anyone argues for public transit expansion based on any of the following: