SpaceX’s growing Starbase casts a shadow over Boca Chica

This article was originally published by the Texas Observer, a nonprofit investigative news outlet. Sign up for their weekly newsletter, or follow them on Facebook and Twitter.

Wade at night into the gently lapping surf at Boca Chica Beach, an undeveloped stretch of sand about 20 miles east of the Texas border town of Brownsville, and ahead you’ll see nothing but Gulf waters meeting sky—endless, dark but for the stars and languid whitecaps. A pensive, ancient view to make you feel small and the world enormous. 

Turn around and everything inverts. Beyond a smattering of working-class Latino families, gathered around bonfires and pickup trucks on the beach, looms something brimming with novelty, brightness, and ambition: the South Texas launch site for SpaceX, where one day a 400-foot rocket may leave Earth en route to Mars. 

Just 1,500 feet from the water’s edge, amid rolling sand dunes and acres of tidal mud flats, rises a launchpad of towering cranes and scaffolding lit up like a sports stadium. Two miles back down State Highway 4, the only road reaching this remote bit of Texas coastline, is a bustling command and production facility. Around 10 p.m. on a June evening, construction workers huddle together on a platform encircling a huge white tank, consulting in Spanish about the job at hand, their acetylene torches showering sparks into the night air. Out front, where the company has erected an illuminated sign reading “Starbase,” tourists arrive to take selfies. One man says he came all the way from Kentucky, hoping to get a job with SpaceX. He’s exultant. “It’s like 530 years ago,” he says, “the last time we settled a new world.”

There are those in Brownsville who call SpaceX—the California-based corporation founded by Elon Musk, the world’s second-richest man—a form of colonization. “Brownsville is an area that’s been colonized and recolonized and has done so much to benefit people who come from somewhere else but not the people from here,” says Michelle Serrano, a local activist with the progressive network Voces Unidas.

Musk’s company, a 19-year-old concern now worth $74 billion, is a trailblazer in the field of privatized space travel. Last year, SpaceX became the first private company to carry NASA astronauts from Florida’s Cape Canaveral, the traditional hub of U.S. space launches, to the International Space Station. Musk is presently feuding with fellow space entrepreneur Jeff Bezos, the world’s richest individual, over future NASA contracts. Ultimately, Musk’s dream is to establish human society on Mars, an enterprise for which Texas beachgoers and rare wildlife are paying the price.  

About a decade ago, Musk began scouting locations for a new launch site, looking for cheap land near a body of water to catch falling rockets and relatively near the equator for aeronautic reasons. The tip of South Texas seemed to fit the bill. SpaceX began gobbling up properties near Boca Chica Beach, which runs 7 miles from the mouth of the Rio Grande to the ship channel that separates it from South Padre Island. 

Musk met with county and state officials, who rushed to lure him to an area where poverty rates hover around 30 percent. The state kicked in $15 million in incentives, and Cameron County abated the company’s property taxes for 10 years. In 2013, then-state Representative René Oliveira passed a bill allowing the county to close the beach during SpaceX launch activities, a move otherwise forbidden by Texas’ 62-year-old Open Beaches Act, one of the nation’s strongest laws protecting public beach access. 

Musk seems to have imported the Silicon Valley mantra of “move fast and break things” to south Texas, where federal and local officials have mostly stayed out of his way.

For years, Musk barely touched the site. Then, in 2018, a space complex began to emerge. By mid-2019, test rocket launches started. Soon, the explosions followed. At least eight times, experimental space rockets met fiery demises during testing or landing, spewing flames and metal debris into crucial shorebird habitat abutting the beach. The company bought out most residents, some under duress, of a tiny subdivision next to the new production facility. Musk’s public enthusiasm also helped spur gentrification in nearby Brownsville, where housing costs rose last year by 20 percent, outpacing most major Texas cities. Meanwhile, local families, who had for generations come to Boca Chica Beach whenever they pleased, found their path increasingly blocked.

Charlie Guillen, 39, has fished at Boca Chica his whole life, just like his father, grandfather, and great-grandfather. Standing in the surf, anglers can reel in redfish, black drum, speckled trout, and whiting. Free of charge and open 24/7, Boca Chica has long been the beach for locals, Guillen says, while tourists pay for entry to the condo-riddled South Padre beach. Guillen, who runs a yearly fishing tournament at Boca Chica, used to come to the beach three or four times a week. But since SpaceX began closing the area every few days for everything from launches to equipment moving, he goes less and less. 

“Boca Chica is the poor man’s beach,” he says. “It’s kind of like the fajita: People used to throw that away, and when they found out the poor guy was eating something pretty good, they took it away and started charging a lot of money for it.” 

According to agreements with federal and state regulators, SpaceX should generally give 14 days’ notice before closing the road to Boca Chica and do so for only 300 hours a year. But advisories posted by the county, and monitoring by the state parks agency, show the company routinely provides only a day or two heads-up. The federal Fish and Wildlife Service and an independent environmental group have calculated that SpaceX closed the highway for more than 1,000 hours—around 42 days—in both 2019 and 2020 and is on a similar pace this year. The company also often changes plans last-minute and exceeds announced times. 

Boca Chica beach cleanup with SpaceX construction in background
Volunteers pick trash up as part of a beach clean up effort organized by Mary Helen Flores. Photo: Ivan Armando Flores/Texas Observer

Musk seems to have imported the Silicon Valley mantra of “Move fast and break things” to South Texas, where federal and local officials have mostly stayed out of his way. SpaceX employees have used the shoulder of State Highway 4 as a parking lot, and the two-lane road has seen a surge in traffic, potholes, and roadkill. One family is suing the company over a fatal car accident. Musk’s company also told federal regulators it would block lighting from reaching the beach, where it might disturb nesting sea turtles. A beach visit dispels that notion. Federal documents further state SpaceX is avoiding launches during turtle and bird nesting season, roughly March through September, which is disproved by a glance at the feds’ own public data or Musk’s Twitter feed.

In fact, Musk’s entire Texas project has changed from what the Federal Aviation Administration approved in 2014. Back then, SpaceX said the site would be for launching proven Falcon rockets, the ones it’s used to carry astronauts. That never happened, and the company is instead testing much larger experimental “Starships” designed for Martian travel. Hence the fires and explosions.

Musk seems to see Boca Chica as terra nullius, no man’s land. “We’ve got a lot of land with nobody around, and so if [a rocket] blows up, it’s cool,” he said of the area in 2018.

On a Saturday morning in June, Mary Helen Flores, a 56-year-old Brownsville native who helps run volunteer beach cleanups, pulls up to Boca Chica in her white SUV. Parked vehicles extend to the horizon in both directions; mothers sit with children in the shallow tide; seagulls and brown pelicans swarm. “There was no other beach like Boca Chica on the entire Gulf Coast that you could drive on for free, stay as long as you wanted, and it was completely undeveloped,” Flores says.“There’s no replacing that, so I don’t understand how it was just pissed away.” 


Mars. Elon Musk wants to go to Mars, a planet at least 34 million miles away with no breathable air and temperatures about 80 below zero. Once there, he wants to colonize it, establishing an independent human civilization. Why? To save humanity, if you take his word for it.

“Either we’re going to become a multi-planet species and a space-faring civilization, or we’re going to be stuck on one planet until some eventual extinction event,” Musk has said. Elsewhere, he’s stated his only reason for amassing a $160 billion net worth is for this sort of astral charity: “I am accumulating resources to help make life multiplanetary and extend the light of consciousness to the stars.” 

There’s a certain logic to Musk’s claims. By burning fossil fuels and proliferating nuclear weapons, we humans have made our planet more catastrophe-prone. Plus, some hundreds of millions of years from now, the sun could grow too hot for life on Earth. Musk believes we need a fail-safe, a vision that’s earned him both fans and detractors.

“The advocates of Mars colonization are saying, ‘Earth has all these problems with regard to its potential habitability for humans,’ which is certainly true,” says Daniel Deudney, a professor of political science at John Hopkins University who wrote a recent book arguing against space colonization. “But their solution is to go to an utterly lifeless, vastly inhospitable space millions of miles away and start from scratch, as opposed to saving the rainforests or preventing acidification of the ocean.”

Deudney describes life on Mars as hellish: To breathe and avoid death by radiation, humans would shelter in heavily insulated domes or bunkers. We’d need to create contained, artificial ecosystems, something we’ve been unable to pull off on Earth. Musk says we should “terraform” Mars, or make it Earth-like, while NASA says that’s impossible in the foreseeable future. And if we did ever establish a self-sustaining population—a huge if—Deudney believes we’d come to regret it. 

As space colonies became independent, Deudney argues, war would overtake the final frontier just as it does on earthly frontiers, only deadlier. Think weaponized asteroids. “The space environment is intrinsically violent in ways that are completely alien to terrestrial existence,” he says. “Really, our future generations will curse us for having started this.” Better, Deudney says, to put our limited time and money toward directly addressing threats at home—the only place in the universe that we know is conducive to complex life.

Boca Chica, Texas, resident sitting in front of her house

Cecelia Garcia, a retiree that lives near Starbase, refuses to sell her home to Space X. According to her, there are only 10 homeowners left in Boca Chica village. Photo: Ivan Armando Flores/Texas Observer

Of course, there are other uses for Musk’s massive reusable rockets, even if Mars colonization never takes off. Take luxury tourism. SpaceX has plans to shuttle three tourists to the International Space Station, in a rocket launched from Florida, for a price of $55 million each. Another billionaire, Richard Branson, became the first person to self-fund a brief trip to suborbital space in July, and his company has sold seats on such flights for about $250,000. For reference, the median household income in Brownsville is $39,000 a year. 

Then, there’s satellite deployment. For its budding internet service, SpaceX has launched more than 1,000 satellites into orbit, with plans to send off about 40,000 more. This swarm of reflective objects, sometimes visible to the naked eye, has already polluted astronomers’ space images with trails of light, like a child drawing with a highlighter. Musk “is screwing astronomy with his satellites,” says Nicholas Suntzeff, professor of observational astronomy at Texas A&M. 

Suntzeff especially fears the potential use of satellites for corporate advertising. Next year, SpaceX plans to ferry a satellite into orbit for a company that will display images of a customer’s choice on the satellite in return for cryptocoin payments. The pictures will be visible only via livestream on electronic devices, but Suntzeff suspects ads will one day be seen from the ground. “When you look up at the sky and instead of seeing the moon, you see Chick-Fil-A, it’s gonna really piss people off,” he says. “The sky is the heritage of all humanity … and a few companies trying to make money will take that away from us.”

Last, there’s the long-standing overlap between space and military technologies. In the century behind us, the Nazi Wernher Von Braun invented the V-2 rocket, a long-range ballistic missile for use against the Allies that later propelled the first man-made object into space. In our current century, the American military already pays SpaceX to launch spy satellites, and the Air Force is interested in using the company’s Starship to deliver large payloads all over the world.


Musk is not the first to dream of developing Boca Chica Beach. In the 1800s, a settlement called Clarksville stood where the sand meets the mouth of the Rio Grande; in the 1930s, an Army colonel from Missouri erected a small seaside resort on the beach. Both projects were ravaged by hurricanes. Musk isn’t even the first rocket enthusiast to grace Boca Chica. In 1933, a skydiving exhibitionist put on a show billed as the Human Rocket, in which he leaped from a moving plane and planned to ignite fireworks with a cigar as he descended. With hundreds gathered on the beach to watch, the man vanished mid-stunt into the mist over the Gulf. Newspaper reports suggest he either drowned or fled to Mexico.

In 1954, a new bridge facilitated travel to South Padre Island, and from then on Padre became the hub for waterfront tourism and entertainment. Boca Chica was left alone to cement its identity as the poor people’s beach, free and a touch wild. 

Perhaps, though, Musk will be the man to stick the landing at Boca Chica. Maybe SpaceX will avoid a serious hurricane hit, a scenario that Texas’ parks department has said could cause “catastrophic damage.” Rather than vanish in the mist, Musk might write Boca Chica into the world history books. Already, he’s taken to calling the area Starbase, and—despite the fact that most of the surrounding land is owned by the state or federal government—he professes plans to settle a kind of company town. SpaceX has also hinted at schemes for a luxury resort.

“We want ’em out of here. It’s all ambition.”

Henry Garcia, resident of Brownsville, Texas

Maybe, one day, Brownsvillians at Boca Chica will be able to stand in the shadow of a colossal Mars-bound rocket, bathed in the lights of a high-dollar hotel, watching countless satellites careen overhead like for-profit shooting stars, knowing that they were a part of history. Some locals will hold jobs at SpaceX, and a few may even be well-paid enough to buy a ride into murderous space itself. Perhaps, it will all be worth it.

Henry Garcia, a slight 55-year-old, stands in the Boca Chica surf holding his infant grandchild on a Friday evening. As the sun sets, a salty breeze erases the last of the day’s heat. “This is where you release the stress, man, forget about everything,” he says. Garcia has six more family members with him, spanning three generations, grilling chicken nearby and prepping a bonfire. He’s fed up with SpaceX disrupting the area. “We want ’em out of here,” he says. “They stop us from enjoying the beach. It’s all ambition.” 

Asked about the jobs the company brings, Garcia shrugs, then gestures across the yawning Gulf. “I prefer this.”  

Mercedes Pushes the All-Electric Performance Envelope with AMG EQS

Even as the first new Mercedes EQS begins rolling into showrooms, the German automaker is rolling out two more variants of the flagship sedan at the first-ever Munich Motor Show. And the new AMG EQS highlights the sort of performance Mercedes’ muscle car brand plans to deliver as it shifts to all-electric propulsion.

2023 Mercedes-AMG EQS
The new EQS is, like so many other Mercedes models, getting the AMG treatment.

The initial version of the EQS certainly isn’t a slouch, delivering anywhere from 329 to 526 horsepower. But the AMG edition takes that to a new level, the big sedan punching out as much as 751 hp when its boost function is triggered. That’s nearly 25% more than the gas-powered AMG S 63.

“The AMG EQS is the first all-electric ambassador in the performance segment (and) will undoubtedly appeal to and win over a new clientele for Mercedes-AMG,” Philipp Schiemer, chairman of the performance brand’s board. “It is tailor-made for car enthusiasts who are looking for a combination of innovative electric mobility in a luxurious ambience, coupled with sportiness and agile driving dynamics.”

Taking on Tesla

The decision to deliver an electrified version of the EQS should come as no surprise. The rival Tesla Model S has been stealing buyers from not only the mainstream Mercedes S-Class, but also AMG models like the S 63 with the addition of its Model S Performance and Plaid editions.

2023 Mercedes-AMG EQS - rear 3-4

The Mercedes-AMG EQS is expected to race from 0-62 mph in 3.4 seconds.

AMG aims to tap into the performance benefits offered by electric motors — which deliver maximum, off-the-line torque the moment they start spinning. That will permit the AMG EQS to launch from 0 to 100 kmh, or 0 to 62 mph, in an estimated 3.4 seconds on models equipped with the optional AMG Dynamic Plus package. Top speed is electronically limited to 155 mph.

Like the initial version of the EQS, the AMG edition will be powered by a 107.8 kilowatt-hour lithium-ion battery pack, though it will use modified wiring to increase the amount of power that can be sent to the big sedan’s wheels. That will allow a normal output of up to 649 hp, briefly jumping to 751 hp when in boost mode. That also will bump up torque from 700 to 752 pound-feet.

The system uses twin motors, with the primary one mounted on the rear axle. Along with the increase in wiring capacity, the AMG EQS takes several steps to keep the motors cool under aggressive driving. That includes a “water lance” in the rotor shafts, as well as a transmission oil cooler.

2023 Mercedes-AMG EQS - interior

The new AMG EQS features Mercedes’ new Hyperscreen technology.

Range and charging

The automaker isn’t yet quoting range but the AMG model is expected to deliver less than the more mainstream EQS which is rated at 770 kilometers, or nearly 480 miles, per charge using the European WLTP test cycle.

The 400-volt drive system can be charged at up to 200 kW at quick-charging stations, yielding an additional 300 km, or 186 miles, in just 19 minutes.

The AMG EQS rides on a modified version of Mercedes’ new EVA2 architecture, a skateboard-like platform that mounts most of its powertrain components below the load floor. That eliminates the driveshaft tunnel normally required on vehicles with AMG 4Matic all-wheel drive, and allows for more interior space than the conventional S-Class.

The new EQS adopts what might be thought of as a “one-box” or, as Gorden Wagener, Mercedes’ global design director prefers, a “one-bow” design. With only subtle deviation, a single, curved line flows over the top of the vehicle from bumper to bumper.

2023 Mercedes-AMG EQS - front 3-4 turning

The AMG EQS rides on a modified version of Mercedes’ new EVA2 architecture, a skateboard-like platform that mounts most of its powertrain components below the load floor.

“It’s all about proportion,” said Wagener, during the launch of the initial EQS last April. “We managed to keep the balance, go to the edge in design and tech, but … not leave anyone behind.”

Unique features

As with other AMG models, the performance version of the EQS features a number of design tweaks. These include:

  • Front splitter in high-gloss black with chrome trim and also flics and fins on the air intakes, with air curtains on the left and right in high-gloss black with chrome trim
  • AMG side sill panels in high-gloss black
  • Rear bumper in the color of the car with aerodynamically optimized diffuser with six longitudinal fins
  • Larger rear spoiler (compared to AMG Line), to improve driving dynamics: rear lift is reduced without increasing drag
  • 21- or 22-inch AMG aerodynamically optimized alloy wheels

Inside, the EQS gets a modified version of the new Mercedes Hyperscreen which stretches virtually pillar to pillar across the instrument panel. The Hyperscreen is optional on the standard EQS but standard here.

2023 Mercedes-AMG EQS - rear

The AMG model is expected to deliver less than the more mainstream EQS which is rated at 770 kilometers, or nearly 480 miles, per charge using the European WLTP test cycle.

Enhancing performance and handling

Other standard features include the AMG Dynamic Plus system which not only improves performance and handling but also adds unique “Soundscapes.” These are, essentially, sound tracks specifically designed to enhance the perception of performance driving, replacing the traditional sound of a gasoline engine.

AMG’s Ride Control+ suspension with adjustable damping also comes standard. So does rear-wheel steering which is optional on the “base” EQS.

At speeds below 37 mph, the rear wheels steer in the opposite direction to the front wheels. This makes the AMG EQS highly maneuverable, light-footed and nimble” in urban driving, Mercedes explains. While at speeds above 37 mph, “the rear wheels steer in the same direction as the front wheels. As a result, the virtually extended wheelbase offers increased handling stability and driving safety at high speeds, and during fast lane changes or sudden evasive maneuvers.”

High-performance compound brakes capable of regenerating energy while slowing or coasting come standard. Among the options offered on the AMG model, buyers can opt for carbon-ceramic compound brakes.

Pricing will be revealed closer to launch. The base Mercedes EQS will reach U.S. showrooms later this year, the EQS AMG set to follow in early 2022.

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Genesis Going All-Electric

2022 Genesis GV60 debut best
Genesis plans to be an all-electric brand by 2030, starting with the newly introduced GV60.

The new Genesis GV60 crossover set to go on sale in South Korea this year will be the brand’s first model using a dedicated battery-electric vehicle platform — but it won’t be the last, the brand announcing it will completely phase out the use of internal combustion engines by the end of the decade.

The Hyundai spinoff has already begun the transformation, but it will accelerate in 2025, with all new models launched after that date running either on batteries or hydrogen. The goal is to have a total of eight of these green models by 2030, when the last legacy model running on gasoline will be phased out.

“Genesis has been on an intensive, bold and successful journey, successfully establishing itself as a truly global luxury brand,” said Euisun Chung, the chairman of the Hyundai Motor Group, during a formal unveiling of the GV60 in Seoul. “Genesis is once again at the starting point of another audacious journey — the journey toward a sustainable future.”

Genesis G80 EV front

Genesis is looking to make up some ground when it comes to electrification with the new Electrified G80.

Big plans for the future

By 2030, Genesis hopes to be selling 400,000 vehicles annually and currently plans a mix of four SUVs and four passenger vehicles. An image the luxury brand released appears to indicate that one of those could be a production version of the Genesis X coupe concept. Whether that would sell in today’s SUV-centric car market remains to be seen.

The transition actually began in April, when Genesis introduced its first battery-powered model, the Electrified G80. But that sedan is something of a half-step effort, with its batteries tucked wherever engineers could find space. The new GV60 is far more significant, long-term, because it becomes the first Genesis model to adopt a dedicated platform specifically designed for alternative power sources.

Genesis X concept best

In an automotive world so focused on EVs and SUVs, the Genesis X Concept is a refreshing change and could be part of the shift to EVs only.

Dubbed the E-GMP, or Electric-Global Modular Platform, it takes the same basic, skateboard-like layout that brands like Tesla, General Motors and Volkswagen are adopting for their battery-electric vehicles. But the Hyundai Motor Group’s new architecture has the flexibility of handling both battery and hydrogen power.

That’s possible because fuel-cell stacks combine hydrogen and oxygen to produce electric current that powers the same motors used for a vehicle like the Genesis GV60. Some proponents refer to fuel-cell technology as refillable batteries.

The Korean automaker is a major proponent of fuel-cell technology and already uses it to power the Hyundai Nexo SUV. All three of the group’s brands — Hyundai, Kia and Genesis — will have FCVs in their line-up in the coming years. The parent company has also formed a new subsidiary, HTwo, which plans to develop fuel-cell systems to power heavy trucks, boats, locomotives and even aircraft.

Genesis Mint front

The Genesis Mint concept was unveiled at the 2019 NY International Auto Show, but it’s unlikely to be part of an all-electric line-up.

Rapid growth expected

The range of green machines coming from Genesis, in particular, is expected to expand rapidly as the brand grows its line-up. It currently offers three sedans and, with the launch of the GV60 EV, it will have three SUVs, as well. The automaker said it plans to have eight electrified models in the portfolio, though it didn’t provide details on how or when they would roll out.

How consumers will react to the switch by Genesis is far from clear. Electric vehicles, on the whole, account for barely 2% of the overall U.S. new vehicle market. And FCVs are barely an asterisk on the sales charts due to the limited availability of the fuel.

But sales of BEVs more than doubled in the U.S. during the first half of 2021 — and the electric vehicle market is growing even faster in Europe, China and other regions. Sales are also stronger in luxury segments than mainstream due to the higher cost for electrified technology.

As for the Genesis brand itself, it got off to a slow start, in part due to the decision to launch with a pair of sedans, the G80 and G90, and then add a third, the smaller G70. It only added its first SUV, the GV80, in 2020, and brought the GV70 to the line-up this year. But Genesis officials are confident they can boost demand by decade’s end to a global total of 400,000 vehicles annually.

Raleigh, N.C.: Where the Driving is Easy — Unlike Oakland Where it’s the Worst

According to a new study ranking driving in the 100 largest U.S. cities, Raleigh, N.C. ranks tops according to a new report by WalletHub

Raleigh NC at night
Raleigh, North Carolina was ranked as the top city to drive in for 2021.

If there’s a No. 1, then you know there’s a No. 100: Oakland, California placed last.

The ease of driving in America’s largest cities matters, as 87% of daily trips are made in cars, trucks and SUVs. On average, Americans spend about 6 hours a week driving or riding in automobiles — that’s nearly 13 days.

“Longer time behind the wheel could lead to issues such as fatigue, distraction, and impatience for drivers, which are all contributing factors for vehicle crashes,” said David Yang, executive director for the AAA Foundation for Traffic Safety, in a statement.

COVID caused changes

And the pandemic has led more people to abandon public transit for private transportation. But the increased number of private cars is clogging roads and raising tempers, so a look at the overall quality of driving life is timely.

Oakland California
If there is a best place to drive, there’s also a worst: Oakland, California came in last at No. 100.

The WalletHub study measured such metrics as gas prices, new car costs, maintenance costs, insurance rates, parking rates, hours spent in congestion, average commute time, quality of roads and bridges, weather, fatality rates, seat belt usage, the number of uninsured drivers, car thefts, larceny, access to car dealers, repair shops, car washes, gas stations and garages.

Raleigh, N.C. placed first at 67.662 points. It was followed by Lincoln, Nebraska222.; Greensboro, N.C.; Winston-Salem, N.C.; and Corpus Christi, Texas rounding out the top five. 

At the other extreme was Chicago at 95th with 40.69 points, it was followed by New York City; Philadelphia; San Francisco; Detroit; and Oakland. 

Other measurables

But the study also ranked several other metrics as well, coming with some interesting results.

Residents in El Paso, Texas and Lubbock, Texas tied for the least amount of time dealing with traffic congestion. Those living in Chicago, Philadelphia, and New York tied for spending the most time sitting in traffic.

Chicago downtown
Chicago ranked 95th in the top U.S. cities to drive in by WalletHub.com.

Chula Vista, California has the lowest fatality rate of 2.55 deaths per 100,000 residents; Memphis, Tennessee lays claim to the highest at 7.8 deaths. 

You’re least likely to have your car stolen in Irvine, California. Car thefts occur at a rate of 0.56 per 1,000 residents, while Oakland has the most at 11.61 per 1,000 residents.

Looking for cheap gas? Head to San Antonio, Texas, where it costs the least in America’s 100 largest cities: $2.66 per gallon. Avoid San Francisco where gas is the most expensive at $4.40 per gallon.

Parking your car costs 90 cents for two hours in Hialeah, Florida whereas it will cost you $34.80 for the same amount of time in Boston.

Car owners in Jacksonville, Florida enjoyed the lowest maintenance costs, which includes the cost of gas, while those in Portland, Oregon have the highest, narrowly beating out Honolulu, Hawaii. 

But you’ll spend the least amount of time in inclement weather in Las Vegas, Nevada — hardly a surprise. This contrasts with Portland, Oregon, which has the most rotten weather. Again, hardly a surprise.

Mercedes EQS “Tesla Fighter” Named “Best Electric Car in the World”

The new Mercedes-Benz EQS sedan has its sights set high and appears to be delivering a direct hit against the Tesla Model S.

Mercedes EQS driving side
The new EQS isn’t just some hopped S-Class — it’s a purpose-built electric vehicle, and the best one in the world, according to one German mag.

Set to debut later this year, the influential German magazine Auto Motor und Sport summed up the first review of the all-electric equivalent of the familiar S-Class by declaring the new EQS “the best electric car in the world.” Almost simultaneously, analysts with Swiss bank UBS said the Teutonic battery car tops the Model S on a number of key fronts.

“While EQS falls short of Tesla’s acceleration and top speed, the high range and the overall luxury experience make the car a very strong competitor to Model S,” the bank’s analysts declared.

Long reluctant to enter the battery-car space, Mercedes has done an about face and now plans to invest 70 billion euros, or $83 billion, in the technology by 2025. It has already rolled out several models in Europe and China but the new EQS will become its first truly global offering, set to become the first long-range BEV Mercedes will bring to the United States this coming autumn.

“This car, in itself, won’t make or break Mercedes-Benz, but it has to live up to all the expertise buyers expect from a Mercedes,” Stephanie Brinley, principal auto analyst with IHS Markit, told TheDetroitBureau.com when the EQS had its formal unveiling in April.

Pushing the boundaries

The new Model S is seemingly the target for every other new luxury EV hitting the road.

The battery car adopts a radical new “one-box” design that is meant to distinguish the EQS from existing models like the also-new 2021 S-Class. The styling also put a premium on reducing range-stealing wind drag. And because the drivetrain has been moved into a skateboard-like platform, some space normally devoted to an engine compartment has been repurposed for passengers and cargo.

The interior adopts an equally radical new design and the car can be ordered with the new Hyperscreen technology, with displays stretching from pillar to pillar.

The “base” EQS 450+ will feature a single, rear-mounted electric motor generating 329 horsepower and 406 pound-feet of torque. The EQS 580 4Matic will add a motor on the front axle and bump that up to 516 hp and 611 lb-ft — enough to launch from 0-60 in 4.1 seconds.

As for charging, the 107.8 kilowatt-hour lithium-ion battery pack can boost range by nearly 200 miles in 15 minutes and go from a 10% state-of-charge to 80% in 31 minutes using one of the newer 400V DC public quick-chargers, according to Mercedes. While not quite as quick as the Porsche Panamera which can access 800-volt systems, the EQS will deliver substantially quicker charging than the Model S, UBS analyst Patrick Hummel pointed out.

A more efficient drive system

Mercedes EQS front seats

Mercedes EQS isn’t quite as fast at the new Model S, but in the cabin, the two vehicles are world’s apart.

He also highlighted the efficiency of the electric drive system. At highway speeds, the EQS uses about 15.8 kWh of energy per 100 kilometers, or 25.3 kWh per 100 miles. The Tesla is rated at 33 kWh for the same distance — though the numbers are a bit misleading, as the initial estimates for the EQS are based on the European WLTP test cycle. But that is expected to come in at around 30 kWh/100 miles when tested by the EPA.

Likewise, the EQS isn’t expected to get the same 478-mile range estimate it has for Europe. But it’s likely to near, if not beat, the longest-range Tesla Model S at 402 miles.

Tesla does have a price advantage, a base version of the Model S starting around $79,000. The EQS is expected to come in around $110,000 to start, with a loaded version $189,000. The new Tesla Model S Plaid starts around $131,000

If the EQS lives up to expectations, it could pose a serious challenge for Tesla — the U.S. automaker already starting to lose sales in the face of growing competition. In Europe, its share of the fast-growing European EV market fell from 31% to 13% from 2019 to 2020, according to industry data.

Tesla facing serious competition for the first time

The Model S, in particular, is facing the threat of new alternatives. That includes traditional brands as well as offerings from start-ups like the Lucid Air launching around the end of this year.

The Model S sedan, as well as the comparably sized and priced Model Y SUV, have seen a sharp decline in sales, but that comes as Tesla’s newer, more affordable Model 3 sedan and Model Y SUV gain traction. The automaker has hinted it will deliver record global sales for the second quarter.

But, even there, it faces plenty of new competition. Mercedes is entering the fray with products like the EQB and EQC battery cars. BMW recently launched the new iX and i4, and there will soon be a range of additional competitors coming from the likes of Volkswagen, Cadillac and others.

EV Sales Nearly Double in U.S.

The surge in demand for new vehicles has been driven by trucks and crossovers — and electric vehicles.

2021 Tesla Model Y blue
Tesla’s Model Y was the top-selling EV through the first four months of the year.

New data from Experian reveals that new vehicle registrations for electric vehicles are up 95% during the first four months of 2021. The entire market isn’t languishing as its up 36% overall. The jump pushed the market share for EVs to 2.3% — a jump from 1.6% for the same period in 2020, Automotive News reported.

Surprisingly, not every maker is enjoying the stratospheric rise. Tesla Inc., the top seller of electric vehicles around the world, saw registrations decline on three of its four vehicles during the period. Only the Model Y rose, much of that attributed to the fact it had just begun production at the end of last February.

According to Experian, Model Y sales jumped from 2,260 during the first four months last year to 53,102 units for the same time this year — a 71% jump. Once the company’s best-selling vehicle, the Model 3 is down 12% and the Model S and Model X are down 63% and 75% respectively.

Not all bad news for Tesla

2021 Ford Mustang Mach-E

The Mustang Mach-E is the first new introduction on Experian’s top 10 EV registrations list through April.

Despite three quarters of its line-up losing sales, it still accounts for the top two selling EVs in the U.S.: Model Y (53,102) and Model 3 (35,468). The S and X are No. 9 and No. 10 vehicles on the list, which is below:

  • Tesla Model Y
  • Tesla Model 3
  • Chevrolet Bolt (13,611)
  • Ford Mustang Mach-E (6,104)
  • Nissan Leaf (5,023)
  • Audi e-tron (4,321)
  • Porsche Taycan (3,002)
  • Hyundai Kona (2,192)
  • Tesla Model X (1,730)
  • Tesla Model S (1,633)

In all, 133,509 EVs were sold through April and 126,186 of those came from the top 10 vehicles. The e-Golf saw registrations decline, but production of the vehicle ended last year.

2019 Hyundai Kona EV charging

Hyundai’s Kona EV was in the top 10 EV registrations in the U.S.

Where are the EV buyers?

Unsurprisingly, California was the leader, accounting for 38% of EV registration. However, that number is down from 45% from the same period in 2020 — despite a 64% jump in the number of vehicles registered through April.

Other warm weather states, Florida and Texas, took the No. 2 and No. 3 spots in registrations at 7.2% and 5.9 percent. That said, California is helping to lead the way to the overall increase, according to Experian.

In the first quarter — excluding April results — electrics accounted for 7.53% of all vehicles sold in California. For all other states, it was 1.6%. The firm also noted that EV buyers are more likely to buy another one when they buy a new vehicle — and that loyalty is rising. 

Among luxury brands, 65% of EV owners bought another in 2018. That figured jumped to 71.8% in 2020. In mainstream vehicle brands, 53.9% bought another EV in 2018. That number jump nearly 10% in 2020 to 63.7 percent.


Lincoln Planning “Full Portfolio” of EVs by 2030

After years of delays and false starts, Lincoln finally plans to introduce what it describes as a “full portfolio” EVs, with the first to make its debut in 2022.

Lincoln chief Joy Falotico revealed the brand’s plans to add four new BEVs to its line-up and offer a “full portfolio” by 2030.

In all, four battery-electric vehicles, or BEVs are now in development, Lincoln said in a statement. The luxury brand also said a “full line-up of connected vehicles” is in the works, taking things a big step beyond what it currently offers through its Sync infotainment system.

The rollout of the first Lincoln EV will come during the same year the brand celebrates its 100th anniversary, “no better time to propel the Lincoln brand forward,” said Joy Falotico, the automaker’s president.

The technology will fit Lincoln’s “Quiet Flight” mantra she added, since electric motors are virtually silent and smooth. They can also produce the sort of horsepower and torque that luxury buyers expect.

Brand’s history with hybrids

Lincoln has offered a handful of conventional hybrids in the past decade, as well as plug-ins like the 2021 Lincoln Aviator Touring model. But it has repeatedly scuttled plans to bring a fully electric model to market. That includes a battery SUV that, it announced two years ago, would be developed as part of parent Ford Motor Co.’s alliance with EV startup Rivian. That project was scuttled last year, though Ford said it eventually will work with Rivian for a new, all-electric model.

Lincoln is not saying what sort of BEV it plans to debut next year. But with the company effectively out of the passenger car market in the U.S., it appears highly likely that the marque will introduce some sort of utility vehicle.

Lincoln EV Interior Cutaway sketch

Lincoln is looking to reimagine its vehicle portfolio as it moves toward electrification.

It will be based on an all-new “flexible architecture,” a skateboard-like platform putting both batteries and motors below the cabin load floor. The platform will be able to configured in either rear- or all-wheel drive, according to Lincoln.

Ford was an early pioneer in electrification with products like the short-range Focus EV and Lincoln MKZ Hybrid. But it lagged behind as other manufacturers, starting with Tesla, began rolling out longer-range BEVs that also delivered more sporty performance.

Coming back to battery power

The carmaker joined the expanding market with last year’s launch of the Mustang Mach-E. And CEO Jim Farley said last month that the company will boost its investment in electrified vehicles to more than $30 billion by mid-decade. That will include more pure battery-electric models than previous planned. The next model in the rollout will be the Ford F-150 Lightning pickup set to begin production early in 2022.

While more and more mainstream products are coming to market, the higher premium for battery power has led many manufacturers to emphasize premium and luxury segments. Mercedes-Benz will join the fray later this year with the EQS, an all-electric alternative to the familiar S-Class. Startup Lucid will debut with a nearly $150,000 version of its Air sedan late this year.

Some of the shift to EVs may offer a chance at a new vehicle design ideas.

Lincoln’s technology push also will see it upgrade its connected vehicle technology and services. Today’s Lincolns come equipped with the brand’s version of Ford Sync. Using a smartphone app, a customer can lock the vehicle, remotely start some models, and performance a variety of other remote functions. Lincoln wants to go several steps beyond and is expected to introduce pay and even subscription services, as well.

Among other things, connected vehicles could be linked to a local network — or even to each other — to track weather and road conditions.

New Lincoln models are being equipped with smartphone-style over-the-air update capabilities. These will allow the automaker to remotely update software and even add new vehicle functions, such as advanced driver assistance systems.

That, said Falotico, will allow Lincoln “to create an always-on relationship with (customers) and help transform the Lincoln brand for the future.”

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Next-Gen Lexus NX Crossover Gets a New Look, New Features, New Infotainment System

When Lexus said it would give the NX crossover a ground-up redesign, it wasn’t resorting to hype.

The 2022 Lexus NX 450h is the top option in the newest generation’s line-up.

The popular compact has only a few carryover parts with pretty much everything else new for 2022, from the chassis to the body design, the completely new Lexus Interface multimedia system to the NX’s first-time plug-in hybrid drivetrain.

“The 2022 NX includes the most technological vehicle changes since we launched Lexus 32 years ago,” Vinay Shahani, Lexus vice president of marketing. “With the all-new Lexus Interface multimedia system and a variety of customizable features, NX is an exciting first step in a series of 20 all-new or updated Lexus vehicles by 2025.”

A move upmarket

First shown at the 2014 Beijing Motor Show — and launched in the U.S. for the 2015 model year — the NX has become one of the most important products in the Lexus line-up. It initially served as the luxury brand’s entry model but that role has since been taken over by the smaller UX. So, product developers had the freedom to move the 2022 makeover a bit more upmarket.

2022 Lexus NX 350h
For 2022, the NX gets a complete make over, although a few touches carry over from the previous model, like the Nike “swoosh”-style headlights.

It’s adopted a more mature design, with less of the hodgepodge of angles and curves found on the original NX. Some key details carry over, including the coupe-like roof and Nike “swoosh”-style daytime running lamps — though the Lexus signature spindle grille has a slightly new look. It’s now made up of “U”-shaped blocks with a more three-dimensional feel.

Like other manufacturers, Lexus designers made sure to better differentiate between different trim levels. The NX 450h+ features new 20-inch wheels, for example up from the 18-inchers that were the biggest available on the outgoing crossover. The performance version also adds a black roof rail and mirror caps.

Across the line, all NX models adopt a new logo — or, more precisely, a spelled out “L-E-X-U-S.” The traditional “L” logo is retained on the nose.

Driver-focused

The interior on the next-gen NX gets upgraded too, especially the concierge technology available.

The 2022 model’s makeover gives the NX cabin a more cockpit-like layout, even the new infotainment screen angled towards the driver. The Lexus Interface is one of the more significant updates and “will get rapidly phased in across all of our vehicles,” said Steve Basra, Toyota’s global vice president of Connected Technologies. Expect to see a version eventually land in the Toyota product family, as well.

The new NX features a 7-inch Multi Instrument Display and, in base trim, a 9.8-inch touchscreen. Buyers can add a 10-inch head-up display, or HUD, and upgrade to the new infotainment system’s 14-inch touchscreen. It delivers a radically different experience than Lexus buyers previously experienced — among other things doing away with the awkward mouse-like controller on the center console.

The cloud-based system is fast and far more intuitive. You can access pretty much any key control, such as audio, navigation or secondary climate functions, either from the home screen or with one additional tap. The system can be highly personalized and a driver’s individual settings can be both accessed by a smartphone app and, as the system rolls out, they’ll automatically transfer to any other Lexus you drive.

The new plug-in hybrid is the top performing model too, although it cannot be charged using the new fast charging stations.

Features like Alexa, Sirius XM, Apple and Amazon Music are built in (with others, such as Pandora, possibly coming later). The system also features a more powerful voice assistant, on the order of Mercedes’ MBUX, if not Amazon Alexa. And, with the car’s new over-the-air update functionality, expect to see features added — both to the Lexus Interface and other vehicle systems.

Plenty of powertrain options

With the NX, Lexus is betting that buyers want plenty of choice, and plenty of options. That’s especially apparent with the powertrain line-up, four distinct packages available.

In early incarnations, Lexus — like parent Toyota — positioned hybrids as its “green” option. The new NX 450h+ delivers the best fuel economy, as well as 36 miles of all-electric driving range. However, the plug-in also will be the line’s top performer, launching from 0-60 in a sharp, if not stellar, 6 seconds.

2022 Lexus NX 450h - rear 3-4
The NX 450h sprints from 0 to 60 mph in 6 seconds — the best in the portfolio.

The system pairs a 2.5-liter gas engine with a twin-motor electric drive system. Curiously, while talking launch times, Lexus has yet to reveal specific horsepower and torque numbers for the PHEV, hinting only that the electric drive system “achieves the EV output equivalent to a 2.0-liter engine.”

The NX 450h+ will be offered only in all-wheel drive. The size of the “newly developed” lithium-ion battery pack is another mystery, but Lexus says it can be charged in 2.5 hours using an optional, 240-volt 6.6 kilowatt charger, or in 4.5 hours with the standard 3.3 kW charger. The system cannot plug into the new, high-speed 440-volt public chargers popping up around the country.

Not everything’s a hybrid

There’s also a conventional hybrid package, the 2022 Lexus NX 350h. It pairs a 2.5-liter gas engine with twin electric motors to produce 239 hp — up 20% from the outgoing hybrid package. Fuel economy jumps 6 mpg to 36 Combined, and the hybrid hits 60 in 7.2 seconds — that number down 1.5 seconds from before.

The cabin of the NX gets a more airy feel with the two-piece panoramic-style sunroof.

For base models, Lexus is offering the 2022 NX 250. It’s naturally aspirated 2.5-liter inline-4 produces 203 horsepower and 184 pound-feet of torque. It pushes power through an 8-speed transmission and is available in both front- and all-wheel drive. It will take you 8.2 seconds to hit 60.

The mid-range powertrain is a turbocharged 2.4-liter package on the NX 350, a new trim level. This option delivers 275 hp and 317 lb-ft. It also uses the 8-speed automatic and can hit 60 in 6.8 seconds.

Safety first

The NX package is completed by an assortment of advanced driver assistance systems, the newly upgraded Lexus Safety System+ 3.0. Standard features include forward collision warning and auto braking, a system to detect oncoming traffic — and apply the brakes, if necessary — when making a left turn, road sign recognition and more.

Production of the 2022 Lexus NX is scheduled to launch during the third quarter of this year. Pricing will be announced closer to that point. The current model starts at $37,610 before delivery fees and taxes.

Worsening droughts could increase arsenic exposure for some Americans

More than half of the continental US is currently experiencing some level of drought, and about a quarter is in severe drought or worse. In recent years, the western and southwestern US has been in a seemingly continual state of reduced rainfall and snowpack. Droughts have many well-known, potentially catastrophic consequences, from crop failures to water shortages to wildfires. Yet they can also have more direct human health impacts by not only affecting how much water there is, but also the quality of that water. 

Recent research from the US Geological Survey (USGS) suggests that droughts, particularly the prolonged kind happening in parts of the US, could increase the risk of harmful arsenic exposure for people that rely on well water. 

Hundreds of millions of years ago, the baseline quality of your drinking water may have been set in stone, literally. Arsenic is a common groundwater contaminant, largely because of local geology. In Maine, for instance, the formation of the Appalachian Mountains and volcanic activity came together to concentrate arsenic and other metals into cracks inside the bedrock, explains Sarah Hall, a geologist at College of the Atlantic in Bar Harbor. From those fissures, subtle shifts in acidity, temperature, or water flow rates can draw contaminants out of the rock and into underground aquifers. 

And it’s not just Maine. In many parts of New England, the Midwest, and the Southwest arsenic levels above the 10 parts per billion (ppb) federal level are particularly common—posing an especially big problem for families that rely on well water, which can be contaminated without homeowners knowing it.

Arsenic exposure can cause a litany of health issues, including bladder and lung cancers, heart problems, lung infections, immune system depression, and cognitive decline in children, says Bruce Stanton, a molecular physiologist at the Geisel School of Medicine at Dartmouth in New Hampshire.

Municipal water supplies are routinely tested, monitored, and treated for contaminants including arsenic, says Taehyun Roh, an environmental health epidemiologist at Texas A&M University in College Station, Texas. “But in the case of private wells,” he says, “there is no regulation.” Cities, towns, and counties that provide public water are legally required by the Safe Drinking Water Act to make sure their supply meets federal standards. Although there are many documented cases of municipal governments failing in their duty to provide clean, safe water (Roh references Flint, Michigan), the more than 43 million people relying on private wells in the US aren’t protected by federal standards at all. Domestic well water testing and treatment is entirely the responsibility of the individual landowner.

Between 1.5 and 2.9 million people in the US are currently drinking from wells with arsenic concentrations above the federal limit of 10 parts per billion, according to one 2017 estimate from USGS. That number could rise to more than four million during periods of drought, according to a January 2021 USGS study.

The recent research, based on computer models, estimates that drought could increase arsenic levels in wells by an average of 10 percent. “Which doesn’t seem like a lot, but when you take that over the whole country, that impact is actually pretty large,” says Melissa Lombard, lead study author and USGS hydrologist based in Pembroke, New Hampshire. Though she also cautions that her study is the first of its kind and the model is “in its infancy,” says Joseph Ayotte, another USGS hydrologist and study coauthor.

The study offers a couple of explanations for why droughts might increase the risk of arsenic exposure through well water in some areas. During droughts, groundwater levels decrease. This change in volume can cause shifts in water chemistry, like increased acidity. Because metals leaching out of rock is a chemical reaction, changes in water chemistry can speed up the process. Less groundwater also means contaminants already present in the water become more concentrated. So, even if a drought doesn’t change the total amount of dissolved arsenic in a well, every glass of water from that well may contain more.

The USGS research also partially accounted for human responses to drought that might lead to increased exposure in certain regions. During periods of extended drought in California, for instance, surface water is limited and more water is pumped from underground to meet the state’s needs, says Rich Pauloo, a hydrologist studying the issue. Overpumping can cause the land itself to sink, in the process squeezing natural arsenic out of clays and into groundwater used for drinking, according to a 2018 study published in Nature Communications.

Lombard’s study model was based on previously observed drought conditions, but climate change is projected to continue to increase the number and intensity of droughts worldwide.  “By the end of the 21st century, people living under extreme and exceptional drought could more than double,” says Yadu Pokhrel, an environmental engineer at Michigan State University. This means arsenic contamination could become even more rampant in a changing climate.

Further, adverse health effects from arsenic can pop up even at levels of exposure lower than the allowable 10 ppb federal limit, emphasize both Roh and Stanton. “Many scientists think it’s not enough,” Roh says. In one 2017 study in Iowa, he found a correlation between arsenic exposure levels as low as 2.07 ppb and increased prostate cancer risk.

On top of the health risks, arsenic is odorless, colorless, and tasteless, making it impossible to detect without a test until symptoms show up. “It’s not like if you ate a bad clam and that night, you know you ate the bad clam,” says Stanton. 

All that undetected exposure adds up and can lead to later-in-life effects, like cancer, he says, even long after someone is no longer drinking contaminated water. Research he’s done in mice and fish also suggests arsenic exposure may have epigenetic effects, which can permanently alter how the genes encoded in our DNA are expressed.

As scary as the health issues might sound though, arsenic in well water is a largely solvable problem. In many cases, all it takes is awareness of the issue, testing, and the resources for remediation. States in high risk areas like Maine, Michigan, and New Mexico have county and state programs that help provide low-cost or free arsenic tests.  Well owners can also pay for private well testing from accredited labs, although these tests can cost upwards of $100. Most states recommend re-testing every three to five years. If you live in a high-risk region and your well tests near the federal limit, though, Hall says you should consider arsenic testing twice per year, as levels can vary seasonally. 

Depending on how high your levels are, says Stanton, a simple water filter pitcher could resolve the issue. In his house, “even the dog gets the filtered water.” Although, he adds, high arsenic concentrations—far above the 10 ppb federal limit—can exceed a faucet or pitcher filter’s capacity, and require expensive reverse osmosis systems that can cost thousands. According to Stanton, the preventative cost of reducing exposure is worth it. He references “horror stories of people who are in and out of the hospital multiple times” or become chronically ill and end up with hundreds of thousands of dollars in medical bills. 

“You worry about people with low incomes who simply can’t afford it,” says Stanton. People living in rural areas reliant on well water are more likely to be living in poverty, with less disposable income, than those in denser areas on public water. “This has to do with environmental justice,” he adds. 

In New England, scientists, community members, and advocacy groups have come together to try to tackle issues of well testing and remediation access. Jane Disney, director of the community environmental health laboratory at Mount Desert Island Biological Laboratory in Bar Harbor, Maine co-runs a community citizen science project with Stanton’s Dartmouth lab. The project, titled “All About Arsenic—Data to Action” enlists middle and high school students in testing their families’ wells for arsenic, covering the cost of testing, while simultaneously teaching the students data literacy skills and creating a platform for youth advocacy. 

So far, the project has collected more than 3,000 water samples from around the state and worked with more than 20 schools. Students from the project have recently teamed up with Defend Our Health, an environmental health advocacy organization based in Portland, Maine. The group is campaigning to expand testing resources across multiple states, mandate landlords disclose well testing information, and strengthen Maine’s drinking water standards. In Texas, Roh is in the early stages of a similar community testing program, which adds urine and toenail sample collection along with tap water testing. These biological samples can show if participants actually have detectable arsenic levels in their bodies. In exchange for participating, Roh says, people will receive a water filter to put on their tap.

Hopefully, increased awareness, research, and testing leads to change and resilience in the face of current and future droughts—but it will take persistence. In her work studying arsenic in well water, Hall says she’s encountered some resistance to the idea of testing and treatment. “There’s this idyllic version of rural life where it’s like, ‘oh, we’re living off the land and drinking our water.’” People imagine that water to be as pure and natural as the bucolic landscape, but ultimately, Hall cautions, “there’s nothing [natural] about drilling 100 to 600 foot well into rock and sucking water out of it.”

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Kia Plugs Into the Big Apple for Debut of EV6, Its First Long-Range BEV

Kia’s new all-electric EV6 SUV made its debut in Times Square in New York City.

Like many major cities around the globe, New York is studying the idea of limiting traffic and may ban most vehicles, especially those using internal combustion engines.

So, it would seem, Times Square was the perfect spot for Kia to introduce its first long-range battery-electric vehicle, the EV6. The midsize SUV is the first in what will become an extended family of BEVs for the Korean brand — and a key part of the electrification program parent Hyundai Motor Group is pulling together.

Kia already offers several battery-electric vehicles, including the Niro and a version of its popular Soul crossover. But, “The EV6 marks a new and transformative era in Kia electrification,” said Sean Yoon, president & CEO of Kia North America and Kia America. “This innovative crossover leverages the many benefits of its advanced platform to offer a level of technological excitement and convenience that will provide a superb ownership experience.”

Kia not only revealed the new EV6 in New York City today, but it also showed off what lies underneath: the E-GMP platform.

The next big thing

The Kia EV6 features a 114.2-inch wheelbase, roughly the same as the automaker’s conventionally powered Telluride SUV. But by adopting what has quickly become the industry norm, a skateboard-like platform with batteries and motors below the floorboards, it offers additional space for passengers and cargo. The flat floor design means 102 cubic feet for occupant and 27.7 cf for cargo. That nearly doubles to 53.5 cf with the second row folded down.

The platform itself, dubbed E-GMP, will be shared with other Kia BEVs to come, as well as models coming from sibling Hyundai, starting with the new Ioniq 5. Eventually, the high-line Genesis brand also will utilize the E-GMP architecture.

2022 Kia EV6 debut interior
The interior of the all-new EV6 is laden with technology and other “green” options, like vegan leather.

The layout provides significant flexibility in terms of the way a battery pack and motors can be laid out. The Kia EV6 will be offered with a choice of either rear- or all-wheel drive. The RWD package will be available with either a standard-range 58-kilowatt-hour lithium-ion pack and motor producing 167 horsepower, or a 77.4 kWh pack with output bumped to 218 hp.

All versions of the all-wheel-drive package use the extended-range battery which can deliver up to 300 miles between charges. But the motor output ranges from 313 to 576 hp. That translates into 0-60 times of 5.1 and 3.5 seconds, respectively.

Fast vehicle with fast charging

The EV6 will come with an 11 kilowatt onboard charger that, using 240-volt AC, can fully recharge a drained battery in just over seven hours, according to Kia.

Kia’s first new all-electric offering comes in two versions, including the high-performance EV6 GT-Line, which hits the U.S. in late 2022.

The new battery-electric SUV also boasts what the Korean carmaker bills as the “world’s first patented multi-charging system,” capable of handling both 400-volt and 800-volt public quick chargers. At the higher level, and utilizing the latest, 350 kW chargers, it can add 70 miles of range in less than 5 minutes, and up to 210 miles in under 18 minutes.

The EV6 features “Vehicle-to-Load” functionality. In plain English, that means it can sub as a rolling source of power, whether for a picnic or to power up appliances and lights should your household grid go down.

“Electricity flows from the high-energy battery to an Integrated Charging Control Unit (ICCU), providing 1,900 watts of power to electrical appliances, devices, tools and recreational equipment,” Kia explains, adding that there are two ways to access 110-volt power, starting with a standard outlet in the cabin. One also can use an adaptor to plug into the BEV’s charging port.

A familiar look

Sales of the new EV6 begin early next year, but buyers can put down deposits starting June 3.

There are some familiar design cues, the EV6 picking up on Kia’s latest “Opposites United” design language used for the brand’s updated Stinger model. But it pushes things a step further, much of that to enhance range-extending aerodynamics.

The familiar Kia “tiger nose” grille becomes the new “Digital Tiger” design. The reality is that there’s little need for airflow under the hood of an electric vehicle, so what little remains of the grille is actually sealed off and largely for show.

The EV6’s headlamps now offer a sequential dynamic light pattern. The exterior door handles are now flush to reduce wind drag. A high rear deck doubles as a wind-cheating spoiler. And there’s a new, cross-car rear light cluster. Overall, the EV6 adopts a very coupe-like body shape.

Inside, the Kia EV6 features a modern, minimalist layout with some manual controls but many functions handed off to its larger infotainment touchscreen. The gauge cluster is digital, as well. And an augmented reality, or AR, head-up display, projects graphics to help make it easier for a driver to understand the navigation system’s directions.

Cool on the inside too

Kia’s new all-electric EV6 features a cross-car rear lighting feature.

The “leather” in the cabin is actually vegan and there’s been an effort to use recycled plastics, where possible. Slim front seats, meanwhile, help boost passenger space while reducing weight.

Access to the rear cargo compartment is made easy with a power liftgate and there’s also a roomy “frunk” where a conventional engine would go.

There are plenty of other high-tech features, including a 14-speaker Meridian Premium Audio system, wireless smartphone charging, an available WiFi hotspot and the ability to use Apple and Android smart watches to track vehicle information, such as charge status.

Add a “roster” of advanced driver assistance systems, such as forward-collision warning with auto braking, remote smart-parking assist, blind-spot assistance and highway-driving assistance, among others.

The first EV6 models will go on sale in all 50 states early next year, with the 576-hp GT model to follow in late 2022. Kia plans to start taking orders for a limited-run EV6 First Edition model on June 3. It will feature the 313 hp AWD system, extended-range battery, augmented-reality HUD and other features. Just 1,500 copies will be produced. The automaker has not yet revealed pricing.