Tell that to pretty much every bus and trolley in the world. (Though for some reason, the majority of American school buses - and possibly prison busses - seem to be the exception.)Those flat fronts may make a lot of sense from an engineering perspective but they can be extremely bad from a pedestrian safety perspective.
elaborate?Those flat fronts may make a lot of sense from an engineering perspective but they can be extremely bad from a pedestrian safety perspective.
Oh! All these years and I never realised you were a Brit!I haven’t had a chance to try out the rider experience yet, but I’m curious to see how it compares to the black cabs I grew up with in London.
No driver here, so visibility is not a problem. Also, the study seemed to count both speed AND height together, but do not mention (or i missed) height-only changes, it assumed that higher height==less visibility and therefore higher risk.a traditional long-nosed hood has a smaller impact area and will send you into the wind shield (where you can be seen). a big boxy front is just a big wall and the driver might not even see you.
https://lloydalter.substack.com/p/study-higher-hoods-higher-speeds
1. Larger impact area = less pressure applied to any particular part of the body.a traditional long-nosed hood has a smaller impact area and will send you into the wind shield (where you can be seen). a big boxy front is just a big wall and the driver might not even see you.
each perched on a little ledge projecting from the top four corners of the robotaxi’s body. From up there, each has an unobstructed, high-level view, giving the Zoox robotaxi good situational awareness
He's right in a way. Front-over collisions are extremely bad for anyone outside a car. However, almost all of them are Americans driving over-large SUVs and pickups who are careless. Not busses or mass-transit vehicles. Which, in general, isn't that applicable to traditional transit vehicles, like you state. There's an entire class of pedestrian-collisions now, where parents are running over their own kids in their own driveways because they can't see in the near-field.No driver here, so visibility is not a problem. Also, the study seemed to count both speed AND height together, but do not mention (or i missed) height-only changes, it assumed that higher height==less visibility and therefore higher risk.
As others noted already, basically every bus is the world is already flat in the front.
Sideways facing benches with three point restraints conceived for frontal collisions. Slaps forehead. These vehicles have a top speed of 120kmh. Collision avoidance may have been a top priority. Passenger safety clearly less so.
Addendum: Sideways facing seats in small vehicles are banned in the EU, for exactly the reasons I alluded to. Good safety solutions remained unsolved.
The seating is transverse (facing forward/backwards), not longitudinal - the doors are on the sides, so that interior render is looking from one side of the vehicle to the other.Sideways facing benches with three point restraints conceived for frontal collisions. Slaps forehead. These vehicles have a top speed of 120kmh. Collision avoidance may have been a top priority. Passenger safety clearly less so.
Addendum: Sideways facing seats in small vehicles are banned in the EU, for exactly the reasons I alluded to. Good safety solutions remained unsolved.
That was my first thought as well, but I think those are actually front and rearward facing. The doors are on the sides, with the seats at each end. It does look confusing from that photo though. Rearward facing seats are generally safer (almost all baby seats in the EU are rear facing now), so this should be fine.Sideways facing benches with three point restraints conceived for frontal collisions. Slaps forehead. These vehicles have a top speed of 120kmh. Collision avoidance may have been a top priority. Passenger safety clearly less so.
Addendum: Sideways facing seats in small vehicles are banned in the EU, for exactly the reasons I alluded to. Good safety solutions remained unsolved.
Let's celebrate a smaller car by design, then.He's right in a way. Front-over collisions are extremely bad for anyone outside a car. However, almost all of them are Americans driving over-large SUVs and pickups who are careless. Not busses or mass-transit vehicles. Which, in general, isn't that applicable to traditional transit vehicles, like you state. There's an entire class of pedestrian-collisions now, where parents are running over their own kids in their own driveways because they can't see in the near-field.
That being said...robotaxis are making the news more and more as they become more common for misbehaving...because they don't understand what, say, a police barricade is and drive through them. Of course, driverless transit vehicles have been a thing in other countries for decades--they just run on steel-rails with highly predictable pathing and scheduling--and so are proven safe technologies. Whereas Americans and their tech-bros think they can just remove the human from operating a car and it'll get the same end-state.
Dissenting opinion here. I've taken mass transit across the world and I've seen some of the best tram systems in Europe but they don't get you everywhere. There are destinations that still require walking long distances or a short rideshare fare even after a long tram or subway journey.The people designing and deploying these are tech bros who, somehow, think there's mountains of money to be made in not-mass-transit. Which it shows.
They don't consult proven technologies like trams running on rails that have been driverless for years--that can move a lot of people, very safely, quite efficiently given good transit-law (like transit vehicles should always have superior right-of-way like ambulances and LEOs and firefighters)...instead they think The Future are these small ugly not-quite cars that are designed to look good as a tech demo or from a crappy B sci fi flick.
I definitely want a Brit's opinion on this taxi when they get the opportunity, not for passenger comfort but luggage capacity. The cab in London was astounding for fitting my travel group and all our bags.Oh! All these years and I never realised you were a Brit!![]()
Well you're technically wrong and technically right here. Most of the geographic USA, functionally, has no transit to replace. Decades of austerity have defunded them to the point of practical non-existence, where quality is so bad only those unable to afford or legally operate a car use it. Robotaxis in the USA are being designed and deployed as The Transit option, because outside of the largest metro areas (e.g. NYC, LA, DC, Boston, Seattle) your transit options are generally 3rd-world quality at best.Dissenting opinion here. I've taken mass transit across the world and I've seen some of the best tram systems in Europe but they don't get you everywhere. There are destinations that still require walking long distances or a short rideshare fare even after a long tram or subway journey.
With a robotaxi, your little party can have a long conversation from the office or your doorstep all the way to the destination in privacy and comfort. Robotaxis won't replace other forms of transit that can carry more passengers but that's not the point - sometimes a hub and spoke model works best, sometimes you need a point-to-point option, and a smart transit system combines both.
The people designing and deploying these are tech bros who, somehow, think there's mountains of money to be made in not-mass-transit. Which it shows.
They don't consult proven technologies like trams running on rails that have been driverless for years--that can move a lot of people, very safely, quite efficiently given good transit-law (like transit vehicles should always have superior right-of-way like ambulances and LEOs and firefighters)...instead they think The Future are these small ugly not-quite cars that are designed to look good as a tech demo or from a crappy B sci fi flick.
Intuitively I would think the legs being swept first would cause there to be a bit less pressure on the upper parts of the body, such as the head, due to a more gradual acceleration. Hitting a vertical wall seems like the worst possible case to me.1. Larger impact area = less pressure applied to any particular part of the body.
because we are really focused primarily on dense urban areas at the moment
Nice design but the whole self-driving taxi thing just doesn't seem to make any economic sense. Even if the self-driving is perfectly safe (which, sharing the road with a bunch of unpredictable humans, seems unlikely) how is this ever going to compete with a Lyft, Uber, or similar? The cost of labor in a taxi service is just not that high. Plus you're still going to have to employ people to monitor the robo-fleet and clean out all the crap people leave in the taxi. Are they banking on people paying a high premium to take a ride without even the minimal human interaction involved with a app-hailed taxi? As a design/technology experiment it's kind of cool, but as a business proposition it seems a bit daft.
Tell me where I ever said that was my utopian world? Thanks in advance.Even cities with good mass transit have cars. Even people in those cities which don't personally own a car use cars in the form of taxi and rideshares.
Your utopian world of no cars is never going to happen. Even if there was the political will and money it would take decades.
So if cities will have cars the question is what type and how many. Most of them being BEV robotaxi seems a solid outcome among the real world possibilities.
You get hit at chest level, instead of being hit at the legs or hip. And you fall under the car instead that over the hood.elaborate?
Intuitively I would think the legs being swept first would cause there to be a bit less pressure on the upper parts of the body, such as the head, due to a more gradual acceleration. Hitting a vertical wall seems like the worst possible case to me.
Just guessing though, it would be interesting to see some data.
It's not actually vertical though - it looks to be about 10 degrees from vertical, and the front-most point is a lot closer to the ground than the grill of a pickup, which means the first point of contact is going to be between ankle and knee, rather than between hip and clavicle.You get hit at chest level, instead of being hit at the legs or hip. And you fall under the car instead that over the hood.
There are charts in the article comparing cars vs speed. Bigger cars injure you more than smaller cars at similar speeds.No driver here, so visibility is not a problem. Also, the study seemed to count both speed AND height together, but do not mention (or i missed) height-only changes, it assumed that higher height==less visibility and therefore higher risk.
EDIT:As others noted already, basically every bus is the world is already flat in the front.
Of course cities will still have cars. But fewer cars is a better outcome--for everyone, both drivers of cars and pedestrians.
Cities with extensive subway, trams and buses lines, still have taxi services on them.Of course, driverless transit vehicles have been a thing in other countries for decades--they just run on steel-rails with highly predictable pathing and scheduling--and so are proven safe technologies. Whereas Americans and their tech-bros think they can just remove the human from operating a car and it'll get the same end-state.