As fans and media prepare to descend on the Bay Area for Super Bowl LX, what does a high-tech city like San Francisco do? Why, call in the robotaxis, of course. On Thursday, Alphabet's Waymo began offering fully autonomous rides at San Francisco International Airport (SFO).
There are some limits. For now, SFO access is restricted to "a select number of riders." However, access will gradually expand over the coming months. The service is also limited to the SFO Rental Car Center (pickups and drop-offs) at launch. Waymo says it will expand to other airport locations, including terminals, "in the future."
The San Francisco Standardnotes that SFO is now the third airport in Waymo's repertoire. The San Francisco launch follows the company's service at Phoenix Sky Harbor and San Jose Mineta. As for the Bay Area, Waymo now serves more than 260 square miles in the region.
Unfortunately, this isn't Waymo's only appearance in the news this week. On Wednesday, the company said one of its robotaxis struck a child, who sustained minor injuries. The incident took place on January 23 in Santa Monica. The National Highway Traffic Safety Administration (NHTSA) has opened an investigation.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/waymo-begins-service-at-san-francisco-international-airport-192913050.html?src=rss
Waymo said one of its robotaxis struck a child, who sustained minor injuries. The incident took place in Santa Monica, California, on January 23. The company reported it to the National Highway Traffic Safety Administration (NHTSA), which has opened an investigation.
The agency said the incident occurred close to a school within regular drop-off hours, with other children and a crossing guard nearby. The child ran from behind a double-parked SUV into the path of a Waymo Driver. Waymo said its vehicle detected the child immediately as they emerged and that the robotaxi braked hard to lower its speed from around 17 mph to under 6 mph at the time of impact.
Waymo said the child stood up immediately and moved to the sidewalk. The company contacted emergency services and the vehicle remained stationary at the side of the road until law enforcement allowed it to leave.
The NHTSA's Office of Defects Investigation will examine whether the Waymo Driver used appropriate caution given that it was close to a school during drop-off hours and children were close by. The probe is expected to look at the intended behavior of the vehicle's automated driving systems around schools (particularly during regular pick-up and drop-off times) and Waymo's response to the incident.
On the day that the incident took place, the National Transportation Safety Board opened an investigation into Waymo over its vehicles improperly passing school buses in Austin, Texas. Last month, the company carried out a voluntary software recall (i.e. it updated its systems) after the NHTSA opened an investigation into Waymo vehicles allegedly driving past stationary school buses in both Austin and Atlanta.
This article originally appeared on Engadget at https://www.engadget.com/transportation/a-waymo-robotaxi-struck-a-child-near-a-school-152446302.html?src=rss
Honda and DriveOhio have teamed up on a new road safety initiative in which Honda vehicles are being used to collect real-time data that can advise about potential issues and road deficiencies before they become a problem. Honda’s Proactive Roadway Maintenance System, which has been in prototyping since 2021, uses "advanced vision and LiDAR sensors" to identify issues such as worn or obstructed road signs, damaged guardrails, rough roads and emerging potholes.
During the pilot, members of the Ohio Department of Transportation’s smart mobility hub drove the test vehicles on around 3,000 miles of road in central and southeastern Ohio. They covered a mix of urban and rural environments, in varying weather conditions and at different times of the day.
ODOT operators were able to review any flagged road or infrastructure deficiencies in real time using smart dashboards developed by Honda and tech firm Parsons. The University of Cincinnati helped Honda fit the sensors to its vehicles, led the development of the damage detection feature and assisted ODOT during the pilot.
The data collected by the vehicles was processed by Edge AI models and then passed on to Honda’s own cloud platform. The system then automatically generated work orders for ODOT’s maintenance teams in order of priority.
While a relatively small pilot in scope, the Proactive Roadway Maintenance System performed well in the trial across a number of metrics, delivering as high as 99 percent accuracy at highlighting damaged or obstructed signs. Accuracy was 93 percent for damaged guardrails and a slightly lower 89 percent for spotting potholes.
Honda says its technology could also detect high-severity shoulder drop-offs that were easy to miss in a routine visual inspection, while the system also proved reliable at measuring road roughness. The team that worked on the project estimated that if implemented on a larger scale, the automated system could save ODOT over $4.5 million a year.
Honda and its partners are now looking at ways to scale up the prototype Proactive Roadway Maintenance System for real-world use. The manufacturer also says it aims to eventually have similar technology in the vehicles of its customers, who will be able to share their own detection data anonymously and help create safer roads.
This article originally appeared on Engadget at https://www.engadget.com/transportation/honda-vehicles-used-to-proactively-report-road-safety-issues-in-nation-first-pilot-151629967.html?src=rss
Tesla will “basically stop the production” of its Model S and X electric vehicles next quarter, CEO Elon Musk has announced at the automaker’s earnings call for the 2025 fiscal year. “It’s time to bring the Model S and X program to a end with an honorable discharge, because we’re really moving into a future that’s based on autonomy,” Musk said. You can still buy the vehicles as long as there are units to be sold, and Tesla promises to support them for as long as people have them. Once they’re gone, though, they’re gone for good, because Tesla is converting their production space in the company’s Fremont factory into a space for the manufacturing of Optimus humanoid robots.
Model S is Tesla’s second vehicle and has been in production since 2012, while the Model X SUV has been in production since 2015. Their shine has faded over the years, however, and the newer Model 3 and Y now make up the bulk of the company’s sales. For the entirety of 2025, for instance, Tesla delivered 1,585,279 Model 3 and Y vehicles but only sold 418,227 Model S and X units. The company also had to stop selling Model S and X in China in mid-2025, because they were being imported from the US and were subject to China’s tariffs that were put in place in response to US President Donald Trump’s tariffs on imported goods.
In the call, Musk said that Tesla’s long-term goal is to be able to manufacture 1 million Optimus robots in the current Model S and X production space. At the World Economic Forum in Davos, Switzerland a few days ago, the CEO announced that Tesla will start selling Optimus to the public by the end of next year. Musk has big plans for Optimus and once said that it’s bound to become the “biggest product of all time,” bigger than cellphones, “bigger than anything.” But the humanoid robot has been failing to live up to the hype during demonstrations, and Musk is known for his overly optimistic timelines.
The company’s earnings report has also revealed that Tesla invested $2 billion in Musk’s other company, xAI. Tesla’s shareholders notably sued Musk in 2024 for starting xAI, which they argued is a direct competition to the automaker. The CEO has been claiming for years, after all, that Tesla is an AI company and not just an EV-maker. Still, Tesla’s shareholders approved Musk’s $1 trillion pay package in late 2025 on the condition that the company reaches a market value of $8.5 trillion.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/tesla-is-killing-off-its-model-s-and-x-cars-to-make-robots-010621101.html?src=rss
Waymo has caught the attention of the National Transportation Safety Board as the federal agency launched an official investigation into the company for its robotaxis improperly passing school buses in Austin, Texas. The NTSB said on X that it would "examine the interaction between Waymo vehicles and school buses stopped for loading and unloading students."
The latest federal probe stems from a preliminary evaluation by the National Highway Traffic Safety Administration that looked into how Waymo reacts to stopped school buses in the Texas city. That report led to Waymo's voluntary software recall in December. However, the school district said in a memo that the robotaxis were seen repeating the same offense days after the software update.
As for the NTSB investigation, an agency spokesperson told the Austin American-Statesman that its "investigators will travel to Austin to gather information on a series of incidents in which the automated vehicles failed to stop for loading or unloading students." According to an NTSB spokesperson, a preliminary report will be out within 30 days, but the final report will take anywhere between 12 and 24 months.
In response, Mauricio Peña, chief safety officer for Waymo, said in a statement to multiple news outlets that "there have been no collisions in the events in question, and we are confident that our safety performance around school buses is superior to human drivers," adding that the investigation will be "an opportunity to provide the NTSB with transparent insights into our safety-first approach."
This article originally appeared on Engadget at https://www.engadget.com/transportation/ntsb-will-investigate-why-waymos-robotaxis-are-illegally-passing-school-buses-160943613.html?src=rss
Waymo’s fully autonomous robotaxis are now accepting passengers in Miami. The city was one of five named in expansion plans last year, and joins the likes of Phoenix, Los Angeles and the San Francisco Bay Area on Waymo’s existing network.
Waymo says that nearly 10,000 Miami residents have signed up so far, and that it will send out invites to new riders on a rolling basis" in the weeks and months to come. The autonomous ride-hailing service will initially cover a 60-square-mile area that includes neighborhoods like the Design District and Wynwood, with Waymo planning to expand to Miami International Airport soon.
Waymo started testing robotaxi rides in Miami in November, without passengers initially, which allows it to spot local potential issues and local quirks, and adjust the driving algorithm so things go smoothly once humans are involved. The company insists that autonomous vehicles are safe and reliable, claiming a "ten-fold reduction" in serious injuries caused by crashes compared to human drivers in its current areas of operation.
Waymo’s Florida expansion will move to Orlando next, with the Texas cities of San Antonio, Houston and Dallas also on the agenda for 2026.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/waymo-is-now-available-in-miami-162515070.html?src=rss
Volvo hasn't exactly had a great run of EVs lately. The rollout of its flagship EX90 was stymied out of the gate by a bevy of software glitches. The EX30, meanwhile, was too expensive when it launched — the promised $35,000 model was incompatible with the currently chaotic global tariff situation.
Now, it's time for a new generation of EV from Volvo, one that's radically different at its core with a gigacast frame, a much higher-density battery and enough digital and literal horsepower to impress the most jaded of automotive enthusiasts. Mix in high-performance chipsets from both NVIDIA and Qualcomm, plus Google's Gemini AI onboard, and on paper, it has a lot to offer. After getting an early look at the thing at its unveiling in Sweden, I feel like this EV is ready and able to face off against BMW's new iX3 and Mercedes-Benz's upcoming GLC.
Let's start with the basics: The EX60 slots in the Volvo product lineup right alongside the existing XC60, Volvo's most popular model in the U.S. It's a two-row, mid-size SUV that seats five, the sort of thing perfect for those with small families or big dogs. It'll be available in three different basic configurations, starting with the single-motor, rear-drive, 369-horsepower, 310-mile EX60 P6. Next up is the AWD dual-motor, 503-hp, 320-mile P10, and finally the top-shelf, 670-hp, 400-mile P12.
670 horsepower in an SUV of this size seems frankly excessive to me, but then it does have a lot of weight to move around — 5,137 pounds to be exact. That’s thanks in large part to the P12's 112-kilowatt-hour net battery pack which is about 50 percent bigger than the one inside a Tesla Model Y. The P6 is a relatively svelte 4,663 pounds thanks to its smaller 80-kWh net battery pack, while the P10 has 91 kWh.
Volvo EX60
Volvo
Beyond the powertrain divisions, the Volvo EX60 will also be available in a variety of different trims with varying amounts of equipment, including the Volvo Cross Country edition with air suspension and a 20mm boost of ride height. Prices are said to start "around $60k" for an EX60 P10 Plus with a 21-speaker Bose system, but a 28-speaker Bowers & Wilkins system with Dolby Atmos will be available for those who really need all the channels.
Of course, Atmos support is no good without a good source, and to that end, the EX60 will be the first Volvo with Apple Music built in. That'll be part of the company's Android Automotive-based infotainment system, running on a curved 15-inch OLED screen and powered by a Qualcomm 8255 chipset. It’s paired with a low, wide gauge cluster set far back on the dashboard behind the steering wheel.
This will also be Volvo's first car with integrated Gemini, and indeed one of the first cars on the road with Google's smart agent. You can, of course, do typical Gemini things like ask about the weather or the nuances of René Descartes's concepts on dualism. Beyond that, Volvo CTO Anders Bell said that it will eventually gain access to the car's outward-looking cameras, meaning you'll be able to ask for more details on whatever it is you can see looming on the horizon.
Volvo EX60
Volvo
Volvo calls the car's software-defined architecture and the hardware that powers it HuginCore, named for Huginn, the raven of Norse mythology and represents Odin's mind and senses. Qualcomm powers the infotainment side of the avian experience, but when it comes to active safety, the EX60 relies on an NVIDIA Drive AGX Orin chipset. Unlike the EX90, the EX60 will not use a LiDAR sensor.
Volvo CTO Bell downplayed the absence of the sensor. "We realized we can now achieve many more meaningful and safe automated functions without LiDAR than we could have years ago," he said. Per Bell, LiDAR was never really in the plan for the EX60 anyway, a decision looking all the brighter given the recent bankruptcy of Volvo's former LiDAR partner Luminar.
The car's cameras and radar sensors all tuck nicely into the new exterior of the EX60, which certainly doesn't look miles off from the EX90 or indeed the current, gas-powered XC60. But the pronounced flares on the front fenders are a nice touch of personality on an otherwise understated SUV.
At the core of the EX60 is a new platform Volvo calls SPA3, with a chassis made using gigacasting. This refers to the force required to inject molten aluminum into massive castings, allowing more of the car to be made from fewer components. Volvo says the carbon footprint of the EX60 is lower even than that of the much smaller EX30.
The battery packs use the on-trend cell-to-pack construction method, which means all the cells are lumped together into a single unit. Typically, this boosts density at the cost of repairability, a tradeoff most manufacturers seem willing to make in pursuit of higher range and lower costs. However, Bell said that the company has actually made pack maintenance easier by optimizing the layout of the ancillary equipment.
Volvo EX60
Volvo
"The absolute vast majority, 90 percent of anything that ever needs to be repaired on a battery pack is electronics," he said. In the EX60, Volvo positioned the battery electronics beneath the rear seat to make them even easier to access. "We save a lot of weight, save a lot of cost."
The EX60 will be Volvo's first car to use the Tesla-style NACS charging standard, and the largest two packs will support charging speeds up to 370 kW. That drops to 320 kW on the 80-kWh net P6.
In practical terms, though, they're all roughly the same. Each model charges from 10 to 80 percent in less than 20 minutes, adding between 160 and 173 miles of range in 10 minutes. That's not quite the 200 miles BMW's iX3 can manage in the same time, but it is close.
The iX3 will probably be the EX60's fiercest competition when Volvo opens up orders later this spring. The EX60's $60,000 price for a midrange P10 Plus puts it right in line with the $60,000 that BMW says to expect for its iX3. Mercedes hasn't set American pricing for its GLC yet, but that, too, will be on a lot of shoppers' lists to compare.
I've already been impressed by how both the iX3 and the GLC drive. Sadly, Volvo wouldn't let me behind the wheel of its EX60 just yet, but hopefully I can report back with impressions soon to start to see how all these stack up on the road.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/volvo-ex60-suv-preview-400-mile-range-670-hp-and-google-gemini-onboard-173000033.html?src=rss
Waymo, Alphabet's self-driving car company, tested its autonomous vehicles in New York City in 2025, and as part of proposed legislation from New York Governor Kathy Hochul, the company could soon offer its services across the state, Wired reports.
Governor Hochul's proposed legislation was formally announced during a State of the State address covering policy proposals for the upcoming year. The new law, if passed, would loosen the state's restrictions on self-driving car companies by forming a pilot program that would allow for "the limited deployment of commercial for-hire autonomous passenger vehicles outside New York City." Applicants to the pilot program would need to demonstrate that they have "local support for [autonomous vehicle] deployment" and prove their "adherence to the highest possible safety standards" to be considered.
As a company with presumably good odds of being approved, Waymo supports the legislation. "Governor Hochul’s proposal to legalize fully autonomous vehicles is a transformative moment for New York's transportation system," Waymo's Head of Global Public Policy Justin Kintz said in a statement. "With the Governor’s leadership, New York has the opportunity to pair its investments in slower speeds, better traffic enforcement, and first-in-the-nation congestion management strategies with Waymo’s demonstrably safe technology, creating a future where living in New York is safer, easier, and more accessible."
Waymo already has commercial robotaxi services in select cities in California, Texas and Georgia, offered on its own or in partnership with Uber. The company announced plans to expand in Texas and Florida late last year, and is already committed to offering service in Las Vegas, San Diego and Detroit in 2026. Wired reports Waymo spent over $370,000 lobbying regulators in New York about telecommunications and transportation issues in 2025, and based on today's announcement, it appears those efforts are paying off.
This article originally appeared on Engadget at https://www.engadget.com/transportation/proposed-legislation-opens-the-door-to-robotaxi-services-in-new-york-193804671.html?src=rss
Tesla's 2026 Model Y is now available on the company's site and it comes with a new (and old) option: a seven-seat version via a third row. The extra seating costs $2,500 and is only available if you order the Premium All-Wheel-Drive Long Range model. Tesla first teased the option last year via an email to prospective buyers with the promise of "seating for up to seven and enough room for everyone's gear," Electrek reported at the time.
The new seats appear to be designed mainly for children as they don't offer much legroom, according to images on Tesla's configurator. Tesla notes that the seven-seat interior "features fold-flat second-row and third-row seats," though it's not clear if those seats fold down electrically like the second row.
Tesla
Tesla is facing increased competition, especially in the crossover/SUV category, and saw another sales decline last quarter. The company previously sold a seven-seat version of the Model Y in the US for a short time before it was refreshed early last year. Since then, though, it has only been available with five seats. Tesla launched a six-seat "Model YL" version in China in August 2025 with a six-inch wheelbase extension that the US model lacks. Elon Musk said that model would come to the US market in late 2026 or maybe "never."
Otherwise, changes to the Model Y lineup are minor and confined to the Premium version. Those include a 20-inch dark-grey "Helix" "wheel option, a new black headliner, a bigger, higher-resolution 16-inch display and darker rear badging.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/tesla-launches-a-seven-seat-version-of-the-2026-model-y-130039385.html?src=rss
Kia has unveiled its new entry level electric vehicle, the EV2. The boxy model strongly resembles the company's Soul (Kia did make an electric Soul at one point) and has very similar dimensions, though it's slightly shorter in height and length. It's not exactly a range monster and will charge a bit slower than the competition. The EV2 launched at the Brussels Motor Show and the company said it has no plans for US availability at this point.
The EV2 uses Kia/Hyundai's E-GMP platform and slots into the bottom of its EV lineup as an "entry point to electric mobility," according to the automaker. Though nearly the same size, it certainly looks nicer than the dowdy Soul and has more room inside. Competition-wise, it's going up against Volvo's EX30 and may cost about the same, though Kia has yet to divulge pricing.
Kia
The EV2 will be offered with two battery options: a 42kWh battery with 197 miles of WLTP range (likely around 170 miles by EPA standards) and 61kWh with 278 miles of WLPT range (around 240 EPA miles). That's not a lot, especially compared to the 261 mile EPA max range of the EX30 — so Kia's pricing for the EV2 will be key. As for charging speeds, Kia says the EV2 will charge from 10 to 80 percent in about 30 minutes — a bit slower than the 69 kWh EX30. Like other Kia vehicles, the EV2 supports vehicle-to-grid and vehicle-to-load (V2L/V2G) charging.
Kia calls the vehicle's interior a "Picnic Box" as a way to describe the small but useful space. Kia says its "comparable to larger vehicles" in terms of space, with generous rear legroom and rear cargo capacity up to 403 liters. It will come in four- and five-seat versions.
Kia
As for tech inside, it offers a generous screen setup, with a 12.3-inch instrument cluster, 12.3-inch infotainment screen and a 5-inch climate display. Ambient lighting in the cabin syncs up with specific vehicle functions. At the same time, it offers a fully array of manual controls climate, volume control and more. It comes with multiple USB-C ports (three up front) that support up to 100W charging.
The company has yet to reveal performance figures other than range. Production is set to start in Q1, so deliveries should commence in Europe and other regions later in the year. It doesn't look like the EV2 will arrive stateside any time soon, though, as the company said it "has not announced plans for the US market."
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/kias-budget-ev2-arrives-with-up-to-240-miles-of-range-130038144.html?src=rss
