At GTC 2026, NVIDIA and Bolt announced what they hope will be a symbiotic partnership. Bolt gets NVIDIA technology that would be costly and impractical to build on its own. Meanwhile, NVIDIA not only gains a major customer but also access to the European rideshare company’s driving data.
Bolt says its fleet data will build a "learning engine" for autonomous vehicles (AVs) using NVIDIA tech. The rideshare company will use NVIDIA Cosmos to curate and search driving data. It will tap into NVIDIA Omniverse to reconstruct digital twins of real-world driving logs, then use Cosmos again to generate and augment data at scale.
NVIDIA's Alpamayo model, designed specifically for AVs, will help the AI learn how to drive safely and appropriately in European cities. Finally, Bolt will integrate NVIDIA's Drive Hyperion platform into its AVs.
"Autonomous vehicles require a full-stack approach that unifies AI models, high-performance compute, and a robust sensor architecture," NVIDIA EMEA Automotive VP Philippe Van Den Berge said. "By combining Bolt's real-world operational data with the NVIDIA Drive Hyperion platform, AI infrastructure, and open models & libraries across Omniverse, Cosmos, and Alpamayo, we're enabling a scalable foundation for safe, high-performance autonomous mobility services designed for the complexity and diversity of European roads."
Bolt has been busy gearing up for an autonomous future. In late 2025, it announced partnerships with Pony.ai and Stellantis.
The companies haven't announced a timeline for when we can expect to see NVIDIA-powered Bolt robotaxis in European cities. However, they promise that Bolt's fleet data will comply with GDPR standards. They also say they’ll provide open-source access to European universities and small- and medium-sized businesses.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/nvidia-and-bolt-team-up-for-european-robotaxis-220100551.html?src=rss
Honda has announced it is canceling three electric vehicles it was months from starting production on at its EV Hub in Ohio. The Honda 0 SUV, the Honda 0 sedan and the Acura RSX are all being wound down. The company showed off all three models, and touted them as in near-production form at CES 2025. Unlike the Honda Prologue and Acura ZDX, which run on GM's Ultium platform, the scrapped models were built on Honda's own Zero platform and would have been its first fully in-house EVs.
Honda in part blamed the elimination of federal EV tax credits, eased fossil fuel regulations and US tariffs for the decision. The company said US demand for electric vehicles had slowed because of the policy changes. In China, it admitted it could not match the value offered by newer manufacturers building software-driven vehicles on shorter production cycles. CEO Toshihiro Mibe said at a press conference that the demand shift had made EV profitability "very difficult," according to Reuters.
The company said it will redirect resources toward next-generation hybrids and only bring EVs to market when demand justifies it. It also shared plans to expand in India, where it expects the hybrid market to expand. Honda is not alone in pulling back from EV production, with brands like Hyundai, Kia, Volkswagen, Porsche and Ford having all scrapped or delayed major US EV projects since federal policy shifted.
The total restructuring of its EV business could cost Honda up to 2.5 trillion yen ($15.7 billion), with the company set to lose money for the first time since going public in 1957. Mibe and Executive Vice President Noriya Kaihara will forgo 30 percent of their compensation for three months, with other senior executives giving up 20 percent. Honda said it plans to share a detailed long-term strategy at a press conference in May.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/honda-cancels-three-evs-that-were-months-away-from-us-production-155523384.html?src=rss
Ahead of its official release later this spring, today Rivan is announcing full pricing and trim levels for its long-awaited R2 electric SUV.
The rollout for the company's first mid-size (two-row) offering will be similar to its previous vehicles, with more expensive premium models hitting the road first this spring, followed by more affordable configurations becoming available later this year and into 2027. This timeline is especially important for anyone hoping to snag the $45,000 base model of the R2, which isn't expected to go on sale until sometime in late 2027. The R2 Performance with Launch Package and R2 Premium trims will arrive initially as model year 2027 vehicles, followed by the R2 Standard (MY 2028) next year.
The new R2 with Rivian's Black Crater interior
Rivian
Some features that will be standard on every R2 are a native NACS charging port and Autonomy+ hardware. However, for the latter, while new vehicles will come with a free 60-day trial of Autonomy+, once that expires, owners will need to choose between a one-time fee or a monthly subscription to continue using Rivian's enhanced hands-free driving tech.
Regardless of which trim or performance package you prefer, the arrival of the R2 is a huge deal for Rivian as it represents the company's first true mass-market vehicle that looks to bring a lot of the tech and engineering used in the R1T and R1S to a more affordable price point.
For a closer look at the R2's trim levels and pricing, see the breakdown below.
R2 Performance with Launch Package
Available Spring 2026 starting at $57,990
Features a dual-motor AWD setup with 656 horsepower and 609 lb-ft of torque
EPA-estimated range of up to 330 miles
0 to 60 time of up to 3.6 seconds
Notably, the Launch Package will include a free lifetime subscription to Autonomy+, along with 20-inch Black Sand all-terrain wheels, a limited Rivian Green anodized key fob, exclusive Launch Green exterior paint option (which will be a paid upgrade) and a tow package that supports up to 4,440 pounds of towing capacity.
Other inclusions on the Performance trim include an Esker Silver exterior, semi-active suspension, Compass Yellow brake calipers and rear drop glass. This config also features Rivian's Matrix LED headlights with adaptive high beams, integrated tow hooks, a flashlight that can be stowed inside the driver door and 21-inch tungsten all-season wheels.
The interior features birch wood accents with a Black Crater color scheme along with heated and ventilated front readers, heated steering wheel, heated rear outboard seats and 12-way adjustment with lumbar support for the driver and front passenger.
R2 Premium
Available late 2026 starting at $53,990
Features a dual-motor AWD setup with 450 horsepower and 537 lb-ft of torque
EPA-estimated range of up to 330 miles
0 to 60 time of up to 4.6 seconds
The premium trim includes many of the same features as the Performance model, but with smaller 20-inch bicolor carbon all-season wheels and fewer drive modes (there's no option for rally, soft sand and launch).
R2 Standard (aka the RWD Long Range configuration)
Available first half of 2027 starting at $48,490
Features a single motor RWD setup with 350 horsepower and 355 lb-ft of torque
Rivian-estimated range of up to 345 miles
0 to 60 time of 5.9 seconds
Finally, the R2 Standard variant features a slightly more spartan kit consisting of heated front seats, a heated steering wheel, 12-way seats (but only for the driver) and 19-inch machine graphite wheels.
R2 Standard (aka the base model)
Available late 2027 starting at $45,000
Rivian-estimated range of 265+ miles
More detailed info will be released closer to launch
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/rivians-r2-ev-arrives-this-spring-with-a-58000-price-tag-150000363.html?src=rss
Uber has teamed up with UK self-driving car startup Wayve and Nissan to launch a pilot program for a robotaxi service in Tokyo in late 2026. The program will use Nissan Leaf EVs powered by Wayve’s AI Driver automated vehicle technology, which will then be connected to Uber’s platform. Trained drivers will be behind the wheel at first, as the deployed vehicles gather real-world data to be able to navigate Tokyo’s driving conditions and complex streets that are also a lot narrower than the roads in the US.
Another company backed by Uber, Nuro, will also test its vehicles on Tokyo’s challenging streets soon. Nuro has been trialing its self-driving tech in the US for years now and plans to launch a robotaxi service, as well. They’re not the first companies to take on Tokyo streets, however: Waymo deployed its Jaguar I-PACE autonomous vehicles in the metropolis last year to collect data on its roads and the driving patterns of locals.
The pilot program in Tokyo is just part of Wayve’s and Uber’s plan to roll out a robotaxi service in more than 10 cities around the world. In the future, the companies are planning to offer self-driving vehicles as an option in the city through a licensed taxi partner in Japan.
This article originally appeared on Engadget at https://www.engadget.com/transportation/uber-is-piloting-a-robotaxi-service-in-tokyo-112133871.html?src=rss
US self-driving startup Nuro, which is backed by the likes of NVIDIA, Toyota and Uber, has started testing its autonomous vehicles on Tokyo's challenging streets, Bloomberg reported. The company, which plans to launch a robotaxi service with Uber and Lucid in San Francisco this year, will be testing a "handful" of vehicles in the city. Human safety drivers will be at the wheel, as is required by Japanese law.
Tokyo presents a challenge for autonomous vehicles, given its narrow, crowded streets and left side of the road driving. "Testing the capability of the autonomy system in such an interesting market with some international complexity really is a good pressure test of what the system is capable of," said CEO Andrew Chapin. The company's ultimate goal is to achieve Level 4 autonomy, which allows full self-driving under limited conditions.
Waymo is the other major robotaxi operator testing vehicles in Tokyo in collaboration with Japanese taxi operators Nihon Kotsu and the country's leading taxi app, Go. It has been operating in the nation since April 2025 in collaboration with Toyota.
Nuro has yet to announce which operators or vehicle manufacturers it will be partnering with, but Chapin said it may not limit itself to autonomous rides. "A universal autonomy platform that can be extended to a lot of different applications and form factors is a bit different than the approach Waymo is taking," he told Bloomberg. The company previously teamed with 7-Eleven on autonomous deliveries in Mountain View, California.
Uber plans to have up to 100,000 autonomous vehicles including 20,000 robotaxis powered by Lucid and Nuro, with a rollout starting in 2027. It introduced its new vehicle design recently at CES 2026. Uber is also collaborating with Nissan and Wayve with the aim to introduce pilot cars in Tokyo by late 2026.
This article originally appeared on Engadget at https://www.engadget.com/transportation/nvidia--and-uber-backed-nuro-is-testing-autonomous-vehicles-in-tokyo-081200366.html?src=rss
US regulators have approved eight pilot programs across 26 states that will allow Archer, Joby and other eVTOL companies to finally start testing aircraft this summer, according to a US Department of Transportation (DoT) press release. That will allow those manufacturers to run trials for use cases like urban air taxi services, regional passenger transportation, cargo, emergency medical operations and autonomous flight technology.
The new projects were made possible by the White House's Advanced Air Mobility and eVTOL Integration Pilot Program (e-IPP) approved last year to allow certification for such aircraft to progress after being stuck in the mud for years. "By safely testing the deployment of these futuristic air taxis and other AAM vehicles, we can fundamentally improve how the traveling public and products move," US Transportation Secretary Sean Duffy said at the time.
Other FAA aircraft partners include Beta, Electra, Elroy Air, Wisk, Ampaire and Reliable Robotics. Key pilot programs were approved for the Texas, Utah, Pennsylvania, Louisiana and North Carolina Departments of Transportation, along with New York and New Jersey Port Authority and the City of Albuquerque. We've already glimpsed some of the ideas, like Archer's plan to use air taxis between New York's major airports and city heliports.
A number of eVTOL startups have launched in recent years, but so far none of the aircraft have received "type certificates" for carrying passengers or other commercial purposes. Archer and Joby are the farthest along in that process, having been granted the FAA's final airworthiness criteria — the final step before full approval.
The delays are mostly about safety and working eVTOL planes into existing aviation flows. "The gap isn't technical capability anymore. It's regulatory synchronization," the FAA's Kalea Texeira said last year on LinkedIn. "[That includes factors like] vertiports. Energy supply chains. Part 135 [commercial] integration. Pilot training frameworks that match the aircraft timeline." In the same post, Texeira added that Joby wouldn't certify until mid-2027 at the earliest, with Archer following in 2028.
The new program could help accelerate plane-makers' plans. In a YouTube video, Beta CEO Kyle Clark said selection for the program will help his company start operations a year earlier than it previously expected. Archer, meanwhile, compared the program to robotaxi testing and said it will help build trust with the public for its Midnight aircraft. "This is the clearest sign yet... that bringing air taxis to market in the United States is a real priority," said Archer CEO Adam Goldstein.
This article originally appeared on Engadget at https://www.engadget.com/transportation/faa-opens-up-real-world-testing-for-air-taxi-startups-112219316.html?src=rss
Amazon’s self-driving subsidiary Zoox announced on Monday that it will begin testing its autonomous vehicles in Dallas and Phoenix. The company will initially deploy retrofitted Toyota Highlander SUVs with human safety drivers to map the new cities before eventually rolling out its purpose-built robotaxis.
Zoox says these two cities will offer a chance to test its sensors and battery performance in unique conditions its cars haven't yet encountered in existing markets. Phoenix experiences extreme heat, dust and high-speed roads, while Dallas has more sprawling roads and varied weather compared to other cities where Zoox operates. The company is also opening new depots in both cities and a command hub in Scottsdale, Arizona which will handle fleet operations, remote guidance and rider support.
The move brings Zoox’s footprint (between actual launches and test markets) to 10 US cities. It's other areas of operation are Las Vegas, San Francisco, Seattle, Austin, Miami, Los Angeles, Atlanta and Washington, DC. Amazon acquired the self-driving startup for $1.3 billion in 2020 and has been steadily expanding its reach, with the company saying its fleet has driven over one million autonomous miles and served more than 300,000 riders to date.
Zoox’s expansion comes as competition in the robotaxi market intensifies. Alphabet-owned Waymo has continued its rapid spread across the US, while Tesla's Robotaxis launched last year, though those are currently limited to parts of Austin, Texas. US regulators are set to hold a self-driving safety forum on Tuesday, with the CEOs of Waymo, Zoox and Aurora all expected to attend.
The regulatory framework has dragged behind the rapid rollout of these vehicles as companies test and iterate the technology on public streets. Just in the last year, autonomous vehicles have struck a child near a school, blocked emergency services responding to a mass shooting and, at least in the case of Teslas, appear to be crashing at higher rates than human drivers.
This article originally appeared on Engadget at https://www.engadget.com/big-tech/amazons-zoox-will-test-its-robotaxis-in-dallas-and-phoenix-143828899.html?src=rss
For an electric car to survive in this incentive-free, tariff-laden, emissions-loving world, it has to be very, very good. It also helps if it's priced right, and looking great doesn't hurt either.
Unfortunately for BMW's latest EV, the i3 sedan, we still can't say much about those last two questions. BMW hasn't announced pricing yet, and thanks to some eye-crossing camouflage, it's impossible to know exactly what it looks like, either. But, after a day behind the wheel of a prototype machine sliding it through the Swedish wilds, I can at least confidently confirm that it's shaping up to be a very good indeed.
Deja Vu
If you're thinking to yourself, "Wait, didn't BMW already have an i3?" You are absolutely right. Back in 2013, BMW released its first mass-market electric car, a little five-door hatchback called the i3. I drove a few versions of it over the years. It was wonderful and novel and earned itself some ardent fans, but it never quite reshaped the motoring world the way that its creators surely hoped.
A decade later, BMW's got a new i3 that has the potential to be a far bigger success on the global scale, and it also resets that designation to slot in with the company's already well-established naming scheme. BMW's 3 Series is its iconic sedan, and "i" is the designation for its electric vehicles. The i3, then, should be an electric sedan, and so it is going forward.
BMW's i3 prototype on a course in Sweden
BMW
This new i3 is built on the Neue Klasse platform, BMW's "new class" architecture that also underpins the iX3 SUV. In developing Neue Klasse, BMW started almost from scratch, developing a whole new suite of technologies in pursuit of a better-driving, faster-charging and more-affordable next generation of EVs.
There's a battery pack that's wholly new compared to the company's prior efforts, a cell-to-pack architecture that promises more capacity in a smaller, lighter enclosure. There's a whole new stack of electronics systems offering more power and capability than before. And, there's a completely new styling design language that not everyone will love.
The iX3 SUV was the first recipient of all that newness, and the i3 sedan will be the second. Again, we can't pass judgment on its styling just yet, but you can probably get a bit of an idea of what to expect by looking at 2023's Vision Neue Klasse concept.
Heart of Joy
That new electronics suite running throughout the Neue Klasse is a huge part of the appeal here. Typically, when buying a new car, you don't worry too much about who did the ABS or the traction control. Those are simply table stakes in modern motoring.
However, BMW decided to shake up these pedestrian safety features in the i3 by re-thinking everything from the brake actuators to the electric motor controllers and doing it all in-house. Now, fewer, more powerful chips from Qualcomm and others run all of the car's disparate systems like those together in a system that BMW evocatively calls "Heart of Joy." That makes for a far smoother and more seamless driving experience when the ABS can, for example, talk directly to the stability control.
BMW's i3 prototype on a course in Sweden
BMW
That's the theory, anyway, and in Sweden this week I got a chance to test that out. I got behind the wheel of what will be the first i3. Called the i3 50 xDrive, it's a dual-motor, all-wheel-drive sedan that produces 463 horsepower and 476 pound-feet of torque.
All-wheel drive helps with acceleration, but it's the braking where the Neue Klasse's technology really shines. Thanks to having more finesse over the control of its two electric motors, the Neue Klasse can rely far more on recuperative braking and far less on using the physical brakes. This makes for ultra-smooth, calm stopping, even when driving on glare ice.
Accelerating, though, is far more entertaining. Even on extremely low-grip, unpredictable surfaces like a frozen lake, I could just mash my foot to the accelerator and clumsily turn the wheel in the direction I wanted to go. Despite my lack of finesse, the system intelligently applied the brakes on the inside wheel to help get the car to rotate, and automatically cut the power to the electric motors front and rear based on how much grip was available.
BMW's i3 prototype on a course in Sweden
BMW
Even with my foot flat on the accelerator, I was able to navigate tight turns on glare surfaces without having to deploy any fancy ice driving techniques. However, as someone who enjoys deploying such techniques, I was also invited to turn off the car's stability systems and have a little fun.
Like this, the BMW turned into an absolute riot. Let loose, the i3 was a very willing drift partner, letting me slide through the corners with wild abandon. It still used just enough of its smarts and control systems to keep me from spinning out when I got a little too eager on the throttle, but it never ruined the fun.
Panoramic Vision
This prototype drive was also a chance to sample the i3's Panoramic Vision display in a new environment. As debuted formally at CES back in 2025, Panoramic Vision replaces the standard gauge cluster behind the steering wheel with a massive, windshield-spanning display. It's a little like an ultra-wide heads-up display in that it reflects up from a lengthy display embedded in the dashboard.
In pictures, this seems like it will be horribly distracting, since you have six customizable sections of information flashing at you in your line of sight. In practice, though, it's actually quite nice. You can customize those panels to show whatever information you like, from whatever track you're playing to the current vehicle speed to even a disembodied head representing the car's integrated voice assistant. Or, if that's all too much, you can simply disable most of the panels and keep it simple, relying only on the left-most pane to display your speed and other vehicle information.
I didn't get to see all of the i3's interior. Since it's still a prototype, BMW kept much of it covered in black fabric. Still, the Panoramic Vision display and the weird central touchscreen that's inclined to the left work together to create a great user experience. I will, though, miss the rotary iDrive knob, which is sadly no more.
Wrap-up
We have a little while yet to wait until BMW gives us all the details on the new i3 — its debut is set for March 18 — but from what I experienced in Sweden, it's shaping up extremely well. If BMW gets the pricing right, and if what's hiding under that vinyl camouflage isn't too offensive, this thing has all the makings of a hit.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/bmws-i3-prototype-conquers-the-ice-with-power-and-technology-130000610.html?src=rss
There's more waffling going on about the future of electric vehicles in America right now than you might expect at a Belgian breakfast buffet. Some brands like Hyundai are staying committed, some brands like Honda are dialing back, and everyone else is simply doing their damndest to provide as many propulsion options as possible
Count Audi in that last category. On the EV side, it recently launched the new Q6 E-Tron and refreshed the ballistic E-Tron GT. On the internal combustion side, it has a new A6, and there's a full-size, three-row SUV coming in the form of the Q9. The company's latest car, though, can be found in the middle: Meet the new RS5, Audi's latest and greatest plug-in hybrid.
RS stands for "RennSport," or "Racing Sport" in German, the moniker applied to Audi's highest performing cars. RS designates an elite group of machines intended to be a bit more edgy and exclusive than your BMW M cars or Mercedes-Benz AMGs. The 2027 RS5 marks the first time an RS has come with both a big battery and a big engine, but the RS5 is much more than a novelty with a plug.
Tricky diff
2027 Audi RS5
Tim Stevens for Engadget
The main grunt of the new RS5 comes from a 2.9-liter, twin-turbocharged V-6 mounted up front under the hood. On its own, that engine produces 503 horsepower, a figure that you might think is plenty. Here, though, it has some help here in the form of not one but two electric motors.
The first is a typical hybrid arrangement, a 174-hp motor wedged in between the engine and transmission. This is the primary means of electric propulsion for the car, giving it a total, maximum system output of 630 hp and 609 lb-ft.
Because that motor is positioned where it is, the RS5 can still make full use of its eight-speed automatic transmission when driven only by the electric motor. That means a top speed of 87 mph before the engine kicks in. Once it does, it'll take you all the way up to 177 mph.
There's a second motor at the back, though, which is far more interesting. No, it isn't there to drive the rear axle like on the RAV4 Hybrid. The RS5 has a traditional Quattro setup with a mechanical differential in the middle to distribute power between the front and rear wheels.
The small, 11-hp motor at the back exclusively controls a new type of system that Audi calls Dynamic Torque Control. This motor uses planetary gearsets to selectively and effectively magnify the power to either the left or the right axle at the back. It may be small, but this motor makes the RS5 do some wonderful things.
Drift time
2027 Audi RS5
Tim Stevens for Engadget
For maximum fun in the new RS5, dial it over to what Audi calls Torque Rear mode. This configures the new rear differential to send maximum twist to the outside rear wheel. Combine that with the center differential, which can send up to 85 percent of the engine's power to the rear, and the result is a remarkably willing drift partner.
After less than 30 seconds behind the wheel on a closed track in Marrakesh, I was confidently sliding my way through a set of cones in a slalom, then pirouetting around a cone at the end in a tight circle, clouds of tire smoke hanging in the air. Normally, drifting a 5,200-pound, 630-hp machine rolling on sticky tires is a real nightmare. It's delightfully easy in the RS5.
The car's differential setup not only makes this easy but also tracks just how successful you are at it. It records the time, length and even angle of your most dramatic drifts. You can even replay them on the touchscreen if you're so inclined, scrubbing back and forth to see what kinds of G forces you were generating.
This is part of a new extension to its infotainment system called the Audi Driving Experience. It'll also track lap times around race tracks, giving you a bit more information in the timeless pursuit of tenths of a second.
2027 Audi RS5
Tim Stevens for Engadget
Audi also added a few custom screens showing the power distribution of the car and letting you monitor things like critical system temperatures and tire pressures at every corner. Otherwise, though, it's much the same interface as seen on most new Audis, with a 14.5-inch central touchscreen, an 11.9-inch gauge cluster and an optional 10.9-inch display way over on the right for the passenger.
That's a lot of displays, with the left two encased within an oversized, sweeping panel that stands tall and proud out of the dashboard. Too tall, actually. If big bezels ruin your day, look away, because there's a lot of wasted space here.
Likewise, if you don't like steering wheels with capacitive touch controls, you're not going to love the RS5. Audi has brought back the little scroll wheels under your thumbs, at least, but everything else on there is just a flat surface.
Putting the power down
2027 Audi RS5
Tim Stevens for Engadget
I spent the better part of a day driving the RS5 through the wild streets of Marrakesh and up into the Atlas Mountains to the south. In the city, I left the car in EV mode, letting that primary electric motor and the car's 25.9-kilowatt-hour battery (22 kWh net) do the heavy lifting. Audi says the car can cover up to 54 miles in this mode, and while I didn't have time to go that far on battery power, it seemed like an achievable estimate.
The car is perfectly pleasant in this mode, silent and even reasonably quick. In Comfort mode, the suspension is at its softest, and despite those giant wheels, the RS5 did perfectly fine over the decidedly imperfect Moroccan roads. But it wasn't until I got far away from the city that I could start to open things up a bit, working my way through the various drive modes and eventually all the way up to RS Sport, the most performance-oriented.
Here, the suspension is at its stiffest and the throttle at its sharpest, transmission swinging through its ratios eagerly to keep the engine singing. Jump on the gas, and the car really does leap forward, the electric motor doing its part to cover the power delay caused by the turbochargers in the mix.
You can feel that rear differential here, too, adding an extra bit of pivot to the rear when you're powering out of corners. But, on the way in, you really can feel the substantial weight of this car, the front end scrubbing and pushing forward when you ask too much of it.
Again, this model gained more than 1,000 pounds over the old RS5, and though the improved suspension, drivetrain, tires and even giant, ceramic brakes all help to reduce its feel, there's no hiding that much mass.
Wrap-up
Yes, the RS5 has gained a lot of weight, and that hurts its nimbleness on track, but remember that this is a large, luxury sedan. It was never meant to be a lithe track toy. Despite that, the new RS5 actually feels far more fun and aggressive than its predecessor, a characteristic at least partially due to that trick new rear differential and the instant response of the new hybrid system. 54 miles of emissions-free range doesn't hurt, either.
The big question is cost, and sadly, Audi's not ready to answer that one yet. You do, at least, have a little time to save. The new RS5 doesn’t hit American shores until sometime in 2027.
This article originally appeared on Engadget at https://www.engadget.com/transportation/2027-audi-rs5-first-drive-big-thrills-with-a-big-battery-152057907.html?src=rss
Uber is one step closer to going airborne. On Wednesday, the company previewed its air taxi booking service ahead of an expected launch in Dubai later this year. The inaugural Uber Air program will let travelers book Joby Aviation's electric air taxis through a familiar process in the Uber app.
The experience of booking an air taxi will be much like reserving a four-wheeled Uber. In the app, after entering your destination, Uber Air will appear as an option for eligible routes. The Uber app will book a flight and an Uber Black to pick you up and drop you off at a Joby "vertiport."
The process of booking a flying taxi will be instantly familiar.
Uber
Joby's air taxis, built exclusively for city travel, can accommodate up to four passengers and luggage. (Uber says size and weight guidelines will be announced closer to launch.) The interior is about the size of an SUV and has "comfortable seating" with panoramic windows. They can travel up to 200 mph and have a range of up to 100 miles. Four battery packs and a triple-redundant flight computer are onboard for safety purposes.
The air taxis aren't (yet) autonomous and will each have a human pilot onboard. That would at least suggest high prices. After all, pilots aren't nearly as cheap as Uber's legion of independent-contractor drivers. But the company insists its air taxi rides will somehow be around as expensive as an Uber Black trip.
Joby's air taxis have "panoramic" windows with a view of the city below.
Joby
Dubai is only the beginning of the companies’ plans. The US-based Joby says it's in the final stage of FAA type certification and hopes to launch service in New York and Los Angeles. Globally, it's targeting the UK and Japan as well.
As for how realistic a US launch is anytime soon, well, that's up for debate. On one hand, President Trump signed executive orders last year that would create a pilot program to test such aircraft. But safety and cost considerations may require a grounding of expectations.
The aircraft requires a human pilot, at least in these early stages.
Joby
In November, Robert Ditchey, a Los Angeles-based aviation expert and test pilot, toldNBC News that he didn't think air taxi service "was ever going to happen" in American cities. "They're dangerous," he warned. "We have had helicopters fail and crash on top of buildings in Los Angeles. We've had helicopters fail at takeoff and landing in airports. They're dangerous not from a fire point of view but in terms of landing on top of people and buildings." In addition, he warned that air taxis can't be developed in sufficient numbers to make them economically viable "unless they are subsidized by a government."
Uber and Joby have partnered since 2019. In 2021, Joby bought the Uber Elevate ride-hailing division, which essentially integrated the companies’ services. Last year, Joby acquired Blade Air Mobility's passenger business, which could open the door to eventually electrifying Blade's routes.
The video below shows one of Joby’s air taxis taking a test flight in Dubai.
This article originally appeared on Engadget at https://www.engadget.com/transportation/uber-previews-its-dubai-air-taxi-service-130000603.html?src=rss