MIT Offers City Car for the Masses

MIT's stackable electric car, a project to improve urban transportation will make its debut this week in Milan. "The City Car, a design project under way at the Massachusetts Institute of Technology, is envisioned as a two-seater electric vehicle powered by lithium-ion batteries. It would weigh between 1,000 and 1,200 pounds and could collapse, then stack like a shopping cart with six to eight fitting into a typical parking space. It isn't just a car, but is designed as a system of shared cars with kiosks at locations around a city or small community."

Comments

Complexity

[mechsoph]

Let's create a vehicle twice as complex as anything out there. Oh, and while we're at it, let's change the whole social structure of car ownership. Now, if this actually goes anywhere, super and good for them, but how many of these radical concept cars do we hear about once and never again?

Personally, I think simplicity is an important feature in machines; it means they cost less to make and cost less to fix. A beautiful example of this is in the form of some motorcyles, elegant minimalism. If you would add a cabin to one of these for foul weather, it should achieve 90% of what the technical side of this project hopes.

Re:Because what I want is...

[DigitalReverend]

If you look at the pictures that accompany TFA, it would see "collapse" like a shopping car isn't quite what they mean but rather configure to take up a smaller footprint. From the looks of it it appears the rear wheel assembly ride along tracks along the bottom of the passenger compartment. When you park the vehicle and put it into compact mode, the rear wheels probably lock, and the front wheels push back towards the rear wheels causing the passenger compartment to rotate and slide along the track until the front wheels are near touching the rear wheels. I would bet in operational mode, that even if hit from behind with enough force to release whatever locking mechanism they have for the rear bumper assembly that the rear of the vehicle would slide harmlessly under the passenger compartment absorbing most of the energy.

Anyway this is how it appears to me from the pictures. I am not an engineer nor physicist, but it seems to me that this might actually have potential for conventional vehicles as well. If the rear bumper and wheels were able to slide harmlessly under the passenger area it could actually save lives.

Re:Tragedy of the Commons?

[MichaelSmith]

How long until there's grafiti everywhere, the seats are slashed, and the cars are rendered unusable by the public?

Depends on where you live. Here in Melbourne, Australia the ticket machines on train stations have about fourteen different anti-vandalisation features. At Incheon, South Korea where I was working last week the ticket machines are little computers with no attempt at protection. They are cleaner, too.

Packet Switched Subways

[Doc Ruby]

I'd love MIT to demo a car like that which rides on NYC subway rails, rolls out of buffers (stocked by trend analysis) on demand, is routed point to point the best route, links up with other cars through their common pathways for increased mutual efficiency, and overall acts like a timeshared private car with autopilot.

In short, convert circuit-switched subways to packet switched rail networks. With better supply fit to actual demand, better energy and routing efficiency strategies, better redundancy, and less room for crooks to hide in unobserved.

The NYC subway switching and signaling systems were last really overhauled in 1937, and still retain major incompatibilities between what was once 3 independent, competing subway companies (and their different tracks/routes/stations). The whole thing should be renovated for the 21st Century, including the update to packet-switching as modern as was the circuit-switching back in the early 20th Century when it transformed New York life into unprecedented convenience, safety and efficiency.