On Tuesday, Musk announced on Twitter that, after a full year in the making, The Boring Company’s first operational “loop tunnel” in Las Vegas is “almost done.”…
The Boring Company built a test tunnel in 2018 near its headquarters in Hawthorne, California. A year later, it landed a commercial contract in Las Vegas to build a loop tunnel system for public use. According to The Boring Company’s proposal, the final system will be able to shuttle passengers in self-driving Tesla cars between any two destinations in Sin City within minutes.
Construction of the initial twin tunnels near the Las Vegas Convention Center (LVCC) was complete in May. The system is expected to be ready for public use for the Consumer Electronics Show (CES) in January 2021. But the event has been moved online due to the coronavirus pandemic.
Last month, The Boring Company won a county approval to expand its LVCC transportation Loop to include an underground station at the new Resorts World hotel located at the north end of the Vegas Strip. Ultimately, the company aims to connect all major tourist destinations along the Strip, as well as two terminals of the nearby McCarran International Airport and downtown Vegas.
This location makes sense when tourism is in full swing in Las Vegas. While the airport is relatively close to the strip, it is not necessarily close time-wise and a quick, automated car ride could please a lot of visitors. It is also fun to imagine this in other cities. The tunnels bring to mind memories of playing the Lower Wacker track on Cruis’n USA. Chicago has some of this infrastructure already in place while other cities might be able to convert or expand existing tunnels.
How this could positively affect streetscapes is fascinating. Imagine major American cities with less traffic in their denser areas, more room for pedestrians, more space for properties to extend past the building. Cars would still be in use – just moved to a different plane – but the emphasis on vehicles would be reduced. More streets could be closed, the scale of social life could change (though the towering buildings in some districts would still loom), and the streets would be safer. (I imagine taxis and others might not be pleased to have the business moved underground.)
This is likely a long project to pursue in any city; making big changes underground in many locations is very difficult. It does keep cars around (just more out of sight) and both the money spent to put the system in place and the ongoing commitment to the system could continue to inhibit other options such as promoting mass transit.
The survey shows only 1 in 10 drivers say they would trust riding in a self-driving car, and 28% say they don’t know how they feel about the technology.
According to AAA, trust in automated vehicles can improve with more tangible information on key issues, as well as quality education and experience.
For instance, six in 10 Americans say they would like to have a clear understanding of who is legally responsible in a crash with a self-driving vehicle.
Seven in 10 Americans said they would feel safer riding in a self-driving vehicle if they had the ability to take over control is something goes wrong.
There are a few different issues to address here. Addressing just one, such as who is legally responsible, might not be enough to get people into a vehicle.
I wonder what the tipping point will be on this. Several scenarios could present themselves:
1. A government ruling or edict that makes self-driving cars more attractive. Imagine a guideline that 20% of vehicles must be self-driving in five years.
2. A company that does not make these vehicles invests heavily in them. Think a ride sharing or rental car company goes all in with a fleet of vehicles.
3. Trucking companies switch over to self-driving trucks to cut costs. Would Americans be okay with a self-driving cars if trucks are already doing this (and the alternative might be higher prices for delivered goods)?
4. There is a cool self-driving vehicle that just catches everyone’s attention. Tesla seems to capture attention but does not have a fully-functional self-driving feature yet.
5. There is a significant safety issue that arises with regular vehicles or driving is soon seen as a significant health issue. Perhaps at some point Americans will get fed up with the 30,000+ deaths a year in car accidents. (Could be connected to #1.)
Given the concerns people have, it is hard to know when self-driving vehicles will become a significant presence on the road. 2030? A number of things will need to come together for fears to subside.
The boldest bid to remake transportation with tech was also among the earliest, and so far, the most disappointing. In 2009, Google cofounder Larry Page tapped computer scientist Sebastian Thrun to build a self-driving car. Make a vehicle that moves people safely and efficiently, Page said (in Thrun’s telling), and you could have a business as big as Google itself. The resulting effort, now known as Waymo, helped trigger a global race for autonomy, one that many predicted would bear fruit by the decade’s end. Tesla CEO Elon Musk said a Tesla would drive itself across the country in 2017. General Motors promised to launch a robo-taxi service in 2019. Nissan targeted 2020 for the market debut of its self-driving car. Former Waymo lead Chris Urmson said he hoped his sons would never need to learn how to drive.
But billions of dollars and thousands of engineers haven’t produced a robot that can match, let alone eclipse, the ability of the human driver. AV developers have retreated to quiet suburbs and simple interstates, hoping they can master at least some corner of a profoundly complex world. GM pushed back its debut date indefinitely. Nissan has stopped talking about self-driving. Waymo is just starting to take the human backups out of its cars in the Phoenix suburbs. Musk never made his road trip.
Reading this brief overview, two things struck me:
Having a computer do all that is needed to drive is a monumental task. There is a lot of information to take in from behind the wheel and the environment keeps changing. This makes human drivers look pretty good. Even with all the accidents and deaths that occur every year, that humans can handle all of this at 60 mph or higher is remarkable.
All the money and effort that has gone into this simply reinforces the car as the primary agent of transportation in the United States. While having no human driver could be a game changer, all this effort does little to displace the car as center of social life, work, urban planning, and sprawl. Perhaps it would be too much to ask Americans to give up cars but this could be viewed by future Americans as a missed opportunity to reorganize society.
Even if the next decade features truly autonomous vehicles, it will take more time for these vehicles to work their way through the system. Since I have also seen lists of the new laws and regulations going into effect January 1, is it far-fetched to imagine a new rule starting in early 2025 that all new vehicles purchased must be fully autonomous?
In my daily drive (or bicycle ride) to work through mostly residential neighborhoods, I encounter multiple intersections that require stopping with six stop signs, two traffic lights, and one trip over railroad tracks. A few patterns for my suburban trip and including these stops:
-The majority of the stops occur along an important north-south road in the community that is one lane each way, goes past houses of various kinds, and has a speed limit of 30 mph. Both traffic lights involve this road with only one light involving a four lane road.
-My average speed is roughly 12.5 mph. If I could go the 30 mph allowed on most of the trip and there were no stops, my trip should be more like 5 minutes long.
-Most of the stops are pretty short except for two kinds. The traffic lights can cause a wait of up to a minute and a half and the busier one can be longer if I have to wait through multiple lights. The train crossing obviously can wreak havoc with a typical trip with a stop for the train and then heavier traffic afterward as a long line goes down the road. Most of the time, I do not encounter a train and I now have a decent sense of when the passenger trains come during the morning and evening rush hours.
The average American one-way commute is now 26.9 minutes so my commute is much shorter than many. But, that time factor can obscure distances – a 20 minute commute in a more rural area is going to cover more distance than my 12 minute drive in a residential suburb and a 35 minute commute in a major city might be a different distance.
One promise I have read about involving self-driving cars is that they will be much less impeded by intersections. Because vehicles will be able to communicate with each other, stopping at a stop light for 1+ minutes or a required stop at a stop sign in light or no traffic could be limited. Removing all that stopping and starting would also be good for the environment because of reduced idling.
I assume all of the stops are there due to safety concerns and trying to keep traffic flowing in all directions (based on traffic counts, accident reports, and road and planning guidelines). But, it would be great to see in the next few decades changes to how many stops and starts vehicles must make.
If you think of driverless cars as nothing more than cars without drivers, Burns says, you’re not seeing the full picture. These will be rooms with wheels. And that means their implications extend far beyond transportation—into retail, commerce, and even an expansive re-imagination of where Americans should live. Commuting an hour to work from the far suburbs isn’t such a drag when the autonomous pod comes with Netflix, email, and wi-fi.
In sum, self-driving cars have the potential to improve existing transportation technology in unambiguous ways, to expand the suburbs, and to create new economic opportunity for a variety of industries, from hotels to restaurants. But they might also change the character of our cities for the worse and strangle roads with cars in a way that ruins the urban experience for millions of people. What does this sound like? It sounds like the legacy of highways in America.
What kinds of rooms do they become? If primarily occupied during commuting, they could become work spaces. Of course, not everyone might want to work on the way to or the way home from work. Napping spaces? Outfitted with televisions and wifi?
Does having a mobile room mean that homes do not have to be so large? The vehicle could become a mobile extension of the home. Members of the home could always escape to the vehicle, even if they are not going anywhere.
Does a mobile room elevate vehicles to an even more important status symbol? If owners could customize their vehicle spaces to their tastes, the range of interiors could be impressive.
I would guess many Americans would like a mobile room.
The suburban car is part status symbol, part lifeline to the outside world. What vehicle you have matters and judging from the vehicles around me, the suburban family life is impossible without an SUV or minivan. Not being able to drive is a huge problem (sorry teenagers and some seniors). The largest category of trips involves drives between suburbs, particularly for work as jobs are spread throughout suburban regions. Additionally, the image of soccer moms persists as kids need to get to all of their activities.
Having online panels is a regular practice among survey organizations. However, I do not recall seeing an explanation like this regarding differences in online panels across countries. The online sample in non-industrialized countries is simply unrepresentative as it reflects “a more ‘connected’ population.” Put another way, the online panel in places like Brazil, China, Russia, and Saudi Arabia reflects the upper class and people who live more like Westerners and not the vast majority of their population. Then, the sample is also smaller in these countries: 500+ rather than 1000+. Finally, it would be interesting to see how much the data needs to be weighted to “best reflect the demographic proile of the adult population.”
With all these caveats, is an online panel in a non-industrialized country worth it?
While reading an article considering what daily life may be like with autonomous vehicles, a thought hit me: suburbs – compared to cities and rural areas – will benefit the most from self-driving cars. Sure, cities could remove a lot of cars off the streets and enhance pedestrian life. Rural areas could benefit from easier driving and trucking. Yet, as far as daily life is concerned, not having to pay attention to driving could help suburbanites the most as so much of their life involves driving from one place to another.
Here are the primary advantages of self-driving vehicles for the suburbs:
1. The commute to work changes as passengers can now work or relax or sleep on the way.
2. The other various trips in the suburbs now can be more enjoyable (like commuting in #1).
3. Suburbanites do not need to own as many vehicles.
4. Two groups disadvantaged by auto-dependent suburbs – teenagers and the elderly – now have access to transportation.
5. Suburbanites can live even further away from work and urban centers, possibly providing cheaper housing as well as more options regarding what communities they can live in.
6. The cheap goods suburbanites expect from big box stores and online retailers may be even cheaper as retailers and businesses also utilize autonomous vehicles.
7. Suburban congestion and traffic will be decreased due to both the new vehicles handling roads better and a reduction in vehicles (#3 above).
Granted, these reasons might not account for the ongoing costs of driving. For example, suburbanites may not need to own as many cars or may enjoy their regular drives more but roads still need to be built and maintained.
Your autonomous car could become an extension of your home. A place to eat breakfast, play video games, or have sex. And figuring out which of these activities you want to do most in an autonomous car is already on the minds of automotive designers…
With autonomous cars, he’s found that privacy, the length of trips, and an ability to leave the car when you want to are what people want…
Which means that creating cars with private spaces are a big part of fully autonomous car designs. “I think people may start to consider these in-car spaces as an extension of their home or office,” he says. This could totally change how we imagine transportation…
What people want to do in their cars is likely to change what kind of cars they purchase, Kobayashi said. He imagines that we will have things like sleeper cars, or meeting cars, or kid-friendly cars. This kind of division of car-function also showed up in the workshop section itself as well. Tech 2025 is a media-strategy company that works to educate the public on emerging technologies, so it invited a bunch of non-experts to workshop design ideas with Kobayashi.
For those who don’t like the effects of the car, this may only make things worse as the daily commute could be come a more enjoyable or even fun. This could encourage suburban growth while discouraging the use of mass transit.
At the same time, it would still be worth thinking about how many resources it will take to fully switch over to all self-driving cars – from development to getting them all on the road and instituting the appropriate infrastructure – versus mass transit. This is not a cheap process and could be viewed as doing everything we can to provide Americans with a luxury good (while the money might have been better used elsewhere).
Amazon was awarded a patent for a network that manages a very specific aspect of the self-driving experience: How autonomous cars navigate reversible lanes…
In the patent, Amazon outlines a network that can communicate with self-driving vehicles so they can adjust to the change in traffic flow. That’s particularly important for self-driving vehicles traveling across state lines onto new roads with unfamiliar traffic laws…
The patent also indicates that the roadway management system will help “assign” lanes to autonomous vehicles depending on where the vehicle is going and what would best alleviate traffic…
The main difference is that Amazon’s proposed network would be owned and operated by Amazon, not each individual automaker. It also appears to be designed so any carmaker’s vehicles can take advantage of the technology.
We’ve seen highways funded or operated with private money. But, imagine a highway built and run by Amazon for the primary purposes of moving Amazon traffic. With the traffic management capabilities and the autonomous vehicles, you could reduce the number of required lanes, increase speeds, and cut labor costs. Roads still aren’t cheap to construct but this may be feasible monetarily in particular corridors.