In the 1980s SUVs were a rarity. It was only in 2015 that they started outselling sedans. In 2018 they accounted for just under half of new vehicle sales, more than any other category of car. The height of American SUVs makes it harder for drivers to see pedestrians and means the hit comes higher on the body — and backed by extra mass — which makes organ damage and death two to three times more likely for adults, and four times more likely for children. More SUVs than ever are “overpowered” — that is, equipped with a high horsepower-to-weight ratio; this makes speeding more likely, which, like increased height and weight, increases the chances of pedestrians being hit and killed. More cars on the road, taller and heavier than ever before, going faster: each factor alone presents a serious problem. Together, they are a recipe for disaster.
And pedestrian deaths are also not equally distributed across population groups, both because of who owns cars but also shifts in where people are living:
Low-income pedestrians, Black and Hispanic pedestrians, elderly pedestrians, and disabled pedestrians are all disproportionately affected. Black and Hispanic men are twice as likely as white men to die while walking, and four times more likely than the average member of the population. Native American men are almost five times more likely.
The piece is interesting throughout, as is Schmitt’s book I’m sure.
Car warning sounds urging drivers to buckle up or turn off the headlights can be quite unpleasant to listen to. So Nissan teamed up with sound designers at Bandai Namco, the gaming company known for Pac-Man and Tekken, to replace those warning noises with something more musical.
I had a car once that beeped really sharply and loudly whenever the temperature dropped to 37°F as a warning for potential slippery roads and it scared the shit out of me every time. As someone who is sensitive to sound, I applaud efforts like these to make non-emergency sounds less jarring. (via rob walker (again))
Many early EV ventures used existing platforms and arranged electric powertrains to fit where gas engines and transmissions had previously resided. Even Tesla’s first attempt was a revamped Lotus Elise without its 1.8-liter inline-four. Working on a nondedicated, or “nonnative,” electric platform limited designers’ options for positioning the battery and motor. Automakers often stacked batteries under the rear seat—which is why early EVs sometimes offered less legroom or cargo space than their gas counterparts—and put the motor assemblies under the hood. Even the Nissan Leaf, which packages an underfloor battery in a dedicated EV platform, still follows the old philosophy of carrying a motor where an engine normally goes. Aesthetically, too, the early electrics couldn’t break away from distinct grille shells and large air vents…
“We have the opportunity to give the car a totally new kind of proportion,” says Steffen Köhl, Mercedes-Benz director of advanced exterior design. Köhl worked on the EQS, the first car on Mercedes’s new Electric Vehicle Architecture (EVA). The EQS is a luxury sedan with a long wheelbase, a sweeping bridge of a roofline, and a large, screen-filled cabin. Think of it as the S-class of EVs. The underpinnings of an EV allow for bigger interiors in smaller vehicles, he says. It can be “cabin-forward, with short overhangs in front and rear. Since the battery is flat ground, we can try a new kind of interior—smooth panels, the center console floating. There are no more ups and downs between the seats.”
For my part, even this broader vision is still too focused on coupes, sedans, SUVs, and other “traditional” four-to-five seat cars. There’s a brief discussion of the new F-150 electric pickup truck, but very little about buses or single-rider ATV designs. A lot of looks at the “skateboard” chassis popularized by Tesla, not enough actual skateboards. If we’re going to cast a broader view, let’s cast it as broad as we can.
This isn’t a story about Elon Musk, or Tesla, or a contrarian take about how “oil is good, actually.” I unconditionally support electric vehicles in their quest to take over the primacy of gasoline-powered vehicles in the market. But I don’t save that enthusiasm for their prospects on society broadly. From the perspective of the built environment, there is nothing functionally different between an electric vehicle and a gasoline propelled one. The relationship is the same, and it’s unequivocally destructive. Cars, however they’re powered, are environmentally cataclysmic, break the tethers of community, and force an infrastructure of dependency that is as financially ruinous to our country as it is dangerous to us as people. In order to build a more sustainable future and a better world for humanity, we need to address the root problems that have brought us to where we so perilously lie today.
This man’s garage is 1.55 meters wide and his car is 1.49 meters wide, leaving a clearance of just 3cm on each side. Watch him effortlessly get the car into his sponge-lined garage and then, in an exquisite geometrical dance of angles and tolerances, exit the car into his house. Someone should make this into a video game — I want to see the speedruns!
Update: Radiohead’s Everything In Its Right Place makes the perfect soundtrack to this guy parking his car.
The SSC Tuatara has snatched the title of the world’s fastest production car away from its rivals by an absurd margin — and it wasn’t even going as fast as it could have.
After the satellite data from the onboard GPS system had been analyzed-the devices tracked two runs in opposite directions and calculated the average-Webb’s last dash came in at a staggering 331.15 mph. The final verified average was 316.11 miles per hour, handily beating both the Koenigsegg and the Bugatti records and cracking the metric milestone of 500 kilometers per hour just for good measure. In addition, the morning’s effort garnered records for the fastest flying mile on a public road (313.12 mph) and the highest speed achieved on a public road (331.15 mph).
How fast is that? “We were covering one and a half football fields each second.” *insert eyes-bugging-out emoji here* The cockpit video above is incredible. Just watch how smoothly and effortlessly the car accelerates right up to 331.15 mph before the driver lets off the gas — there was clearly plenty left. Indeed, the driver hadn’t even shifted into the car’s final gear.
Automobiles make up 70% of the emissions from all forms of transportation. There are an estimated 1 billion cars on the planet, with around 80 million new cars sold each year. Despite continually strong sales, experts suggest we have reached ‘Peak Car’ — meaning the average distance traveled per person in cars has peaked, and will continue to fall over time. There are many different factors contributing to this trend, such as a global shift towards urban living, new forms of mobility, new government policies for reducing traffic, and a slowing expansion of road networks.
There’s nothing more entertaining than watching Boston-area natives do over-the-top Bawston accents, but it’s always a precarious undertaking. If you don’t get the accent right…yeesh. When Hyundai named their new automated parking feature “Smart Park”, those two words demanded that they give the Boston angle a shot, and the team of Chris Evans, John Krasinski, and Rachel Dratch delivered. The bit that really set the hook for me was when Krasinski called Evans “kid”.
A group of Stanford engineers has built an electric self-driving DeLorean that they’ve taught how to drift through a fairly complicated kilometer-long course “with the agility and precision of a human driver”. I imagine this will be available as a free update to Telsas soon after some of this project’s team members get hired over there.
According to this article, the car completed the course on the first try, after “seeing” a GPS map of it.
MARTY is a 1981 DeLorean that Goh and his colleagues at Stanford’s Dynamic Design Lab converted into an all-electric, autonomous drift car. Four years ago, MARTY drifted — the style of driving where the car moves forward even though it’s pointed sideways — through its first doughnuts with inhuman precision. Since then, Goh and team have been busy welding and coding to prepare MARTY to apply those basic drifting skills to an intense driving course, and unbelievably everything had worked perfectly. MARTY screeched its way through turns and quick zigs and zags in just a few minutes, kicking up smoke and bits of rubber, without nicking a single cone along the course.
This behind-the-scenes explains how the car was built and how it navigates the course:
In 1966, Ford designed a concept truck they called the Ranger II:
From Ford’s press release:
Ford Division’s Ranger II is an ultra-modern pickup truck with a custom designed passenger compartment. Seen as a two-seater vehicle in the above photo, the Ranger II converts into a four-passenger pickup (below) at the flick of a finger. The rear portion of the cab moves 18-inches into the bed of the truck while a roof section moves up into position and two additional bucket seats fall into place. The Ranger II’s ultra-streamlined windshield is made of specially tempered plastic-type glass. It also features high intensity headlights of rectangular design, extruded aluminum grille and walnut flooring in the cargo bed.
There is more than a passing resemblance to Tesla’s Cybertruck, down to the “specially tempered glass” and “high intensity headlights of rectangular design”:
Twenty-five years ago, physicist Cesare Marchetti argued that people, on average, tend to keep their commutes to about an hour a day, round-trip. For Citylab, Jonathan English looks at how this inclination has interacted with advances in transportation to affect how cities grow and evolve. For instance, walking and travel by horse kept cities to an effective diameter of a few miles, allowing their density to grow over many centuries.
Sure enough, most cities from the ancients to the Industrial Revolution did not grow much bigger than a two-mile diameter. Their core areas were often even smaller, though some of the poor lived in settlements outside the city gates. Ancient Rome packed as many as a million people into an area a little more than two miles in diameter. Medieval Paris stretched about two miles from the Bastille to the Louvre, Vienna’s Innere Stadt measures only one mile in diameter, and the historic City of London is nicknamed the “Square Mile” for a reason. Beijing’s walls enclosed an inner city about three miles in diameter; into the 20th century, that still made up most of the developed area.
Rail, streetcars, bicycles, subways, and cars followed, each increasing the amount of distance from a city’s center that could be reached within Marchetti’s time limit.
The car on the expressway enabled large numbers of people to travel long distances on a day-to-day basis. Instead of small railroad suburbs, where housing was restricted to a short radius around stations, drivers spread out across suburbs could now commute 20 miles in 30 minutes. If the streetcar city covered 50 square miles, the 40-mile-diameter expressway city could cover over 1,250 square miles.*
Since reading Gregory Shill’s writing about how heavily subsidized cars are in the United States, I’ve been on the lookout for different frameworks for thinking about America’s relationship to cars. I recently ran across a pair of interesting things about cars & housing. First, a refresher on what Shill had to say about how our nation’s laws have made cars all but mandatory:
Let’s begin at the state and local level. A key player in the story of automobile supremacy is single-family-only zoning, a shadow segregation regime that is now justifiably on the defensive for outlawing duplexes and apartments in huge swaths of the country. Through these and other land-use restrictions — laws that separate residential and commercial areas or require needlessly large yards — zoning rules scatter Americans across distances and highway-like roads that are impractical or dangerous to traverse on foot. The resulting densities are also too low to sustain high-frequency public transit.
Returning to the metaphor provided by the pine beetle and blue stain fungus, one parasite often works with another. In similar form, houses cultivate cars. Integrated through planning, they displace vastly more habitat than either could manage alone. Because houses consume space and tend to surround themselves with other houses, which also consume space, people often cannot walk to where they need to go. Because all that space results in a relatively low population density, it is also not very efficient to run public transit lines to areas with many houses. Low-density areas tend to end up with very few riders for what are often very expensive systems to maintain. In short, public transit loves density. The relationship between urban density and public transit use is exceptionally strong, with some suggestion of a cutoff — perhaps around twelve persons per acre (or about three thousand per square kilometer) — below which ridership drops off and expense per user makes transit impractical. By contrast, cars love the sprawl associated with houses and houses love cars back.
Houses cultivate cars. Cars love the sprawl associated with houses and houses love cars back. Lauster continues with the nature metaphor:
Altogether, house habitat displaces alternatives. The establishment of a Great House Reserve has protected house habitat even as it continues to expand in size. Agricultural and wild lands suffer in an immediate sense, as do the more urban habitats prevented from expanding beyond a constrained Urban Core. The house allies itself with the car at the same time as both contribute to global warming, potentially risking the displacement of everyone and everything. The house habitat excludes the poor. But even for those who can afford to live there, the Great House Reserve is a troublesome place to live. By its nature it leads to disengagement, contributes to inequality, and encourages a sedentary, unhealthy lifestyle.
And so on:
Houses are not just unaffordable for most people; they’re ultimately unaffordable for cities too. The fiscal situation of cities varies from place to place, but overall, houses tend to create a drain on municipal coffers. They are often taxed at lower rates than other properties, reflecting zoning restrictions on what could be built on single-family lots and how they can be used. But houses are more expensive to service on a per-unit basis, both in terms of the basic utilities infrastructure and, as previously noted, in terms of transit and transportation infrastructure. This could mean that my modestly wealthy neighbors and I, living in low-rises and town houses, end up supporting the very wealthy house owner nearby by paying more property tax relative to the amount of urban land and services we receive. The disparity becomes more notable as one crosses municipal boundaries into nearby house-dominated suburbs, where residents frequently enjoy the services (e.g., roads, commerce, employment opportunities) provided by the city without paying into the municipal tax base at all.
Josh Vredevoogd’s No Parking Here is about the poor parking policy in LA and leads with the statement: “Let’s build houses for people, not cars.”
For commercial buildings, it’s common to see a parking space required for every 100-200 sq ft. Meaning that parking is built at an almost 2:1 ratio to actual retail space, marginalizing the place that actually creates value and prioritizing temporary car storage. This inefficiency is carried into rent, groceries, meals, and overall raises the floor for cost of living.
Per City of LA code, a set of storefronts like above are illegal to build, instead they are required to be surrounded with empty pavement at the cost of walkability and comfort.
This forces people into driving. Parking requirements increase the density of cars but reduce the density of people. It also puts pressure on businesses by taking up useful real estate and replacing it with car storage.
Certainly a lot of food for thought here. See also Cars! What’s the Matter with Cars Today? and on a lighter note, What On Earth!, Kal Pindal’s Oscar-nominated short film about Martians visiting Earth and their observations about the dominant form of life here, the automobile.
For years, I counted this inability to drive as one of many personal failures. More recently, I’ve wondered whether I performed an accidental kindness for the world. I am one of those Darth Vader pedestrians who loudly tailgate couples moving slowly up the sidewalk, and I’m sure that I would be a twit behind the wheel. Perhaps I was protected from a bad move by my own incompetence-one of those mercies which the universe often bestows on the young (who rarely appreciate the gift). In America today, there are more cars than drivers. Yet our investment in these vehicles has yielded dubious returns. Since 1899, more than 3.6 million people have died in traffic accidents in the United States, and more than eighty million have been injured; pedestrian fatalities have risen in the past few years. The road has emerged as the setting for our most violent illustrations of systemic racism, combustion engines have helped create a climate crisis, and the quest for oil has led our soldiers into war.
Every technology has costs, but lately we’ve had reason to question even cars’ putative benefits. Free men and women on the open road have turned out to be such disastrous drivers that carmakers are developing computers to replace them. When the people of the future look back at our century of auto life, will they regard it as a useful stage of forward motion or as a wrong turn? Is it possible that, a hundred years from now, the age of gassing up and driving will be seen as just a cul-de-sac in transportation history, a trip we never should have taken?
City street parking should be considered public space. The current setup is ridiculous: In front of millions of New Yorkers’ apartments, for one example, there are 9-by-18-foot plots of space, available to anyone in the city… if they have a car and want to leave it there. Less than half of the city’s residents own cars, and far fewer can lay claim to any kind of outdoor space. So from Fort Worth to Philadelphia, why not let people use these patches of cement for something they can actually enjoy? Let people set up a table with some food, a little grill, a folding table to sit at and enjoy the sun, and each other. Make space next to the sidewalk. Hatch 10,000 tiny little public spaces in cities that are starved for some life.
A study of seven major U.S. metro areas from UC Davis showed that 91 percent of ride-hailing users didn’t make any changes to their car ownership status, and those that did made up for the reduced miles driven by taking more ride-hail trips. The researchers also found that 49 to 61 percent of all ride-hailing trips wouldn’t have been taken or would have used transit, cycling, or walking had ride-hailing not been an option. Another study by the Metropolitan Area Planning Council put that number at 59 percent in Boston.
Those are key figures because they show that Uber, Lyft, and their competitors not only add car trips in urban centers, they also make existing trips less efficient by shifting them from transit or cycling into a car. This process makes traffic congestion worse because it places more vehicles on the road.
This is a fascinating & provocative article from law professor Gregory Shill: Americans Shouldn’t Have to Drive, but the Law Insists on It. The first line of the piece sets the stage: “In a country where the laws compel the use of cars, Americans are condemned to lose friends and relatives to traffic violence.”
Let’s begin at the state and local level. A key player in the story of automobile supremacy is single-family-only zoning, a shadow segregation regime that is now justifiably on the defensive for outlawing duplexes and apartments in huge swaths of the country. Through these and other land-use restrictions-laws that separate residential and commercial areas or require needlessly large yards-zoning rules scatter Americans across distances and highway-like roads that are impractical or dangerous to traverse on foot. The resulting densities are also too low to sustain high-frequency public transit.
Further entrenching automobile supremacy are laws that require landowners who build housing and office space to build housing for cars as well. In large part because of parking quotas, parking lots now cover more than a third of the land area of some U.S. cities; Houston is estimated to have 30 parking spaces for every resident. As UCLA urban planning professor Donald Shoup has written, this mismatch flows from legal mandates rather than market demand. Every employee who brings a car to the office essentially doubles the amount of space he takes up at work, and in urban areas his employer may be required by law to build him a $50,000 garage parking space.
Cars and car ownership are massively subsidized on a state, local, and federal level and our laws and regulations have built a nation where cars are mandatory and “driving is the price of first-class citizenship”.
Why are we taxing bus riders to pay rich people to buy McMansions and luxury electric SUVs?
And this speed limit thing is just eye-poppingly fucked up:
The National Transportation Safety Board has determined that speed is a top risk factor in motor vehicle crashes. Yet the most prominent way of setting and adjusting speed limits, known as the operating speed method, actually incentivizes faster driving. It calls for setting speed limits that 85 percent of drivers will obey. This method makes little provision for whether there’s a park or senior center on a street, or for people walking or biking.
As a matter of law, the operating speed method is exceptional. It enables those who violate the law-speeding motorists-to rewrite it: speed limits ratchet higher until no more than 15 percent of motorists violate them. The perverse incentives are obvious. Imagine a rule saying that, once 15 percent of Americans acquired an illegal type of machine gun, that weapon would automatically become legal.
Until the 1910s, “street parking was broadly outlawed: if you owned a car in a city, you were responsible for storing it, just as you would be any other piece of movable property.”
“Tax subsidies for commuting prioritize driving. Those who walk, bike, or carpool to work, and in some cases those who take transit, pay other people to drive to work.”
Never realized (or forgot) that CAFE fuel economy rules — generally a good thing — have a loophole that “light trucks” don’t need to be as fuel efficient as cars. “Light trucks” have come to mean SUVs, which means SUVs are easier to produce. No coincidence that the share of “light trucks” has soared from 20% in 1976 to 69% of market today. The upshot, of course, is that SUVs are much worse for pedestrian safety: you’re 3.4x more likely to be killed if hit by an SUV vs. a car.
This is an ad for Volkswagen’s I.D. Buzz, a concept car that is slated to enter production in 2022 as the long-awaited new version of the VW Microbus:
This ad references a couple of different things. First, VW is being very aggressive in pushing their electric vehicles in the wake of their 2015 emissions scandal, in which the company intentionally programmed their diesel cars to run clean in test mode in order to meet US emissions standards. The second reference is to their iconic ad from the 60s:
Whether or not the company will be successful in rehabilitating their reputation is one thing, but that ad is super clever.
An exhibition called Hollywood Dream Machines: Vehicles of Science Fiction and Fantasy just opened at the Petersen Automotive Museum in LA. It features more than 50 vehicles from sci-fi and fantasy films like Blade Runner, Iron Man, Mad Max: Fury Road, Black Panther, Minority Report, Star Wars, Speed Racer, Back to the Future, and Tron: Legacy. The exhibition runs through March 2020.
Wyatt Knox is a former rally car driver and driving instructor at Team O’Neil Rally School and in this video, he shows us some of the tactical driving techniques that would be in the repetoire of law enforcement or special operations personnel, including running cars off the road, backing up at high speed, and doing a j-turn. (What’s a j-turn? It’s that cool thing they do in the movies where a car in reverse does a 180 and continues driving forwards in the same direction. It was a signature move of Jim Rockford on The Rockford Files.)
All that driving looked fun and this rally school happens to be only 80 miles away from where I live, so I went to their site to look at some classes. Their rally and drift schools are $1400/day (which seems totally fair because it includes car rental, tires, safety equipment, and insurance) but sadly that is not in my price range.
In her new book, Invisible Women: Data Bias in a World Designed for Men, Caroline Criado Perez argues that the data that scientists, economists, public policy makers, and healthcare providers rely on is skewed, unfairly and dangerously, towards men.
…because so much data fails to take into account gender, because it treats men as the default and women as atypical, bias and discrimination are baked into our systems. And women pay tremendous costs for this bias, in time, money, and often with their lives.
Crash-test dummies were first introduced in the 1950s, and for decades they were based around the 50th-percentile male. The most commonly used dummy is 1.77m tall and weighs 76kg (significantly taller and heavier than an average woman); the dummy also has male muscle-mass proportions and a male spinal column. In the early 1980s, researchers based at Michigan University argued for the inclusion of a 50th-percentile female in regulatory tests, but this advice was ignored by manufacturers and regulators. It wasn’t until 2011 that the US started using a female crash-test dummy — although, as we’ll see, just how “female” these dummies are is questionable.
Designing cars around the typical male body type means women are more likely to be injured or killed:
Men are more likely than women to be involved in a car crash, which means they dominate the numbers of those seriously injured in them. But when a woman is involved in a car crash, she is 47% more likely to be seriously injured, and 71% more likely to be moderately injured, even when researchers control for factors such as height, weight, seatbelt usage, and crash intensity. She is also 17% more likely to die. And it’s all to do with how the car is designed — and for whom.
When Viagra — sildenafil citrate — was tested initially as heart medication, its well-known properties for men were discovered. “Hallelujah,” said Big Pharma, and research ceased. However, in subsequent tests the same drug was found to offer total relief for serious period pain over four hours. This didn’t impress the male review panel, who refused further funding, remarking that cramps were not a public health priority.
Over the past few months, a team at Lego has been building a full-scale model of a Bugatti Chiron supercar using only Lego Technics pieces — aside from the wheels, tires, and a few other key components. They got the look of the car down, but the truly impressive thing is that the car actually drives, powered by an electric engine made up of over 2300 Power Function motors. The Lego press release has the details.
The model is the first large scale movable construction developed using over 1,000,000 LEGO Technic elements and powered exclusively using motors from the LEGO Power Function platform. Packed with 2,304 motors and 4,032 LEGO Technic gear wheels, the engine of this 1.5 tonnes car is generating 5.3 horse power and an estimated torque of 92 Nm.
The doors open and close, the spoiler moves up and down, the headlights work, and the all-Lego speedometer works — what a goofy and amazing accomplishment. cc: my Lego- and supercar-loving son
Unfortunately, America’s inherited infrastructure is more like the old Embarcadero Highway than the boulevard that replaced it. Urban planners spent the 20th century building cities for cars, not people, and alternatives to driving have been systemically undervalued. This legacy has resulted in substandard health outcomes, missed economic opportunities, and a shortage of affordable housing.
We can’t wait around for another earthquake to reverse generations of bad policy. Luckily, it doesn’t require a natural disaster to begin reshaping our infrastructure. Small changes can have an outsized impact in expanding alternatives for how people move around. Rebuilding our infrastructure to enable walking, cycling, and mass transit would bring health and economic benefits that far outweigh its price tag.
People who live in rural areas more or less need their own cars in order to do anything, but private cars in cities are much less necessary. Cities should optimize for buses, subways, cyclists, and pedestrians — they get people to where they’re going without all the outsized infrastructure, waste, and pollution. *repeatedly sticks pin into voodoo doll of Robert Moses*
Market Street offers a glimpse of how contemporary U.S. cities might be edging towards that shared-street mentality (a proposal to completely ban private cars from the street was ahead of its time). But it also illustrates something else — if you give people ample space to move at a safe speed using the mode of their choice, anyone can use the street.
All over the country, city leaders are spending their summers devoting careful thought to the number of rentable e-bikes that can be deployed on streets at once, where electric scooters might be parked, and how dockless companies should be punished for violating these terms. Just this week, the National Association of City Transportation Officials, which collates best practices from its 62 member cities, released draft guidelines around the regulation of “small vehicles.”
Yet largely absent from these decisions — at least the public-facing ones — are how cities plan to quickly and dramatically reconfigure their streets to allow people to actually use anything but a car.
There’s a lot to learn about and ponder in this thread by Bloomberg Senior Reporter Tom Randall. He talks about how fast upcoming chargers will top up a battery, how larger capacity means quicker initial charges, extended ranges and more. (I only include a few tweets here, check out the whole thread.)
Imagine a world where 350 kW charging is the norm—200+ miles in 10 minutes. Would you feel grossly inconvenienced to stop for 10 minutes after every 3 hours of highway driving? There’s more 4/ pic.twitter.com/wYKWNskgtW
Along with faster chargers, battery capacities are also rising. A lot of people don’t understand how that affects charging. Batteries charge fastest when they’re closer to empty and slower when they’re near full. So bigger batteries mean faster charging. Also 5/
Sure, the Roadster is a $200k car, but it’s also Tesla’s goal post for where the market is headed. The original 2008 Roadster had a range of 244 miles. At the time that was bonkers—now the long-range Model 3 blows it away at half the price 9/ pic.twitter.com/SRuNw1rS52
Obviously, electric cars aren’t perfect, you have to consider where the electricity is coming from, the production of batteries is polluting itself, and we should prioritize public transport and walkable / bikeable cities. Still, the speed at which renewables are being installed and the evolution of electric cars are a fascinating to watch.
Let’s say you’re doing 100 mph in a car and suddenly a downed tree, stopped car, or person appears in the road up ahead and you need to slam on the brakes. How much more dangerous is that situation than when you’re doing 70 mph? Your intuition might tell you that 70 mph is only 30% less than 100 mph. But as this video shows, the important factor in stopping a car (or what happens to the car when it collides with something else) is not speed but energy, which increases at the square of speed. In other words, going from 70 mph to 100 mph more than doubles your energy…and going from 55 to 100 more than triples it. (thx, david)
I’ve slept on it and my mind & soul are still reeling from the SpaceX launch of Falcon Heavy yesterday. I can’t tell you why exactly, but when the two side boosters landed safely back on Earth at nearly the same instant, as in a beautifully choreographed ballet, I nearly burst into tears. Just watching the replay gets me all verklempt:
Of course, the boosters were supposed to land at the same time. They broke away from the main stage at the same time and were controlled by identical computer systems in their descent; it’s a simple matter of high school physics to solve for the time it takes two uniform objects to travel from point A to point B. But as Richard Feynman said about the beauty of a flower, knowing the science makes moments like this more wondrous.
And then right after that, the video showed what appears to be a human driving a car in Earth orbit to the strains of David Bowie’s Life on Mars. What an incredible, ridiculous, ludicrous thing:
There is ample prior art, but I suspect Elon Musk launching a Tesla Roadster into orbit will go down in history as the first notable advertisement in space, a marketing stunt for the ages. However, it seems problematic that billionaires can place billboards in orbit and then shoot them willy nilly into the asteroid belt without much in the way of oversight. As the Roadster recedes from Earth and our memory, will it become just another piece of trash carelessly tossed by humanity into a pristine wilderness, the first of many to come? Or as it ages, will it become an historic artifact, a orbiting testament to the achievement and naivety of early 21st century science, technology, and culture? It’s not difficult to imagine, 40 or 50 years from now, space tourists visiting the Roadster on its occasional flybys of Mars and Earth. I wonder what they’ll think of all this?
Update: The Roadster has been assigned an interplanetary ID by NASA: Tesla Roadster (AKA: Starman, 2018-017A). Using data from a Chilean telescope, astronomers have been able to figure out how fast the car is tumbling in space from the changes in brightness: 1 rotation every ~4.8 minutes (although there’s some disagreement in the comments that it might be twice that). At any rate (har har), here’s a time lapse video of the car taken with the 4.1-m SOAR telescope in Chile:
You can see the car blinking in our time-lapse from the 4.1-m SOAR telescope in Chile, taken in twilight on 2018-02-10. The car is already more than 1 million km away, tens of thousands of times fainter than can be seen with the unaided eye. pic.twitter.com/WPHTPjps57
New Zealand drift racer Mike Whiddett recently travelled to Japan to explore Tokyo’s “extraordinary after-dark modified auto scene”. He found people making California-style lowriders, Dekotora (my favorite, if only for the sheer spectacle), illegally modified cars, and a man who says with a straight face that “driving an unmodified Lamborghini is boring”.
What’s interesting is that more than one of these guys in the video repeated some variation of “I don’t care what anyone thinks about me”. I….don’t believe you? If there’s one thing most humans care deeply about, it’s what other people think about them, particularly when you’re driving million-dollar, pulsing-neon supercars around the world’s most populous city.
One of his most celebrated works titled “Cosmic Thing” (2002), shows a disassembled Volkswagen Beetle, suspended from wires in mid-air in the manner of a mechanic’s instruction manual. The result is a fragmented object that offers a new perspective of the car first developed in Nazi Germany which was later produced en masse in Mexico. Through his work, Damián Ortega discusses specific economic, aesthetic and cultural situations and how regional culture affects commodity consumption. He began his career as a political cartoonist and his art has the intellectual rigour and sense of playfulness, causing an association with his previous occupation. Ortega’s works highlight the hidden poetry of everyday objects as well as their social and political complexity.
Collaborating with a number of different people from all over the place, filmmaker Oscar Boyson went out into the world and came back with this excellent 18-minute video on the future of cities. Among the cities profiles are Shenzhen, Detroit, Singapore, NYC, Copenhagen, Seoul, Lagos, and Mumbai.
What does “the future of cities” mean? To much of the developing world, it might be as simple as aspiring to having your own toilet, rather than sharing one with over 100 people. To a family in Detroit, it could mean having non-toxic drinking water. For planners and mayors, it’s about a lot of things — sustainability, economy, inclusivity, and resilience. Most of us can hope we can spend a little less time on our commutes to work and a little more time with our families. For a rich white dude up in a 50th floor penthouse, “the future of cities” might mean zipping around in a flying car while a robot jerks you off and a drone delivers your pizza. For many companies, the future of cities is simply about business and money, presented to us as buzzwords like “smart city” and “the city of tomorrow.”
A few tidbits from the video to whet your appetite:
An estimated 70% of the world’s population will live in urban areas by 2050. (It’s currently 54%.)
Buying a Toyota Corolla in Singapore costs $140,000.
In 2012, 52% of the cost of US highways and roads was paid by general tax revenue rather than by drivers (through gas tax and tolls). In 1972, it was only 30%, which means car usage is much more heavily subsidized than it used to be.
When you buy a car in Denmark, you pay a 150% tax, even if it’s electric.
And a relevant quote from Jane Jacobs’ The Death and Life of Great American Cities: “Lowly, unpurposeful, and random as they may appear, sidewalk contacts are the small change from which a city’s wealth of public life may grow.”
And boy, listening to Janette Sadik-Khan talk about cities being for people and the importance of public transportation and then, directly after, having to listen to some dipshit from Uber was tough. (via @mathowie)
In the US, cars went from curvy in the 30s & 40s to boxy in the 60s and then back to curvy in the 90s. The price of oil, design imported from Europe, and fuel economy regulations all played a factor in the changes.
“If you know you can save at least one person, at least save that one. Save the one in the car,” von Hugo told Car and Driver in an interview. “If all you know for sure is that one death can be prevented, then that’s your first priority.”
In other words, their driverless cars will act very much like the stereotypical entitled European luxury car driver. (via @essl)
Daniel Jovanov does fantastic impressions of cars. In the video above, he imitates them so well that a trio of actual race car drivers are able to pick out exactly which ones he’s doing. I think he’s gotten better since his appearance on Australia’s Got Talent several years ago:
Stay Connected