Tesla has unveiled a dramatically redesigned Roadster concept capable of performing midair flips, controlled landings, and a claimed 0-60 mph sprint in just 0.81 seconds. CarScoops reports: Tonight, Tesla debuted the new Roadster by driving it up a vertical ramp that then went horizontal. Then, it repeated the feat but drove off of the ramp and used thrusters to flip itself over and make a controlled landing on the ground. After that, it did a barrel roll over the rest of the Tesla lineup and again landed without issue on the ground. Then, it did 0-60 mph in 0.81 seconds according to Tesla. All of that sounds amazing, and indeed, watching it happen was pretty spectacular, but boy do we have a lot to unpack. It's been nearly a decade since Tesla first showed us the Roadster. The company unveiled what it's simply calling the Roadster. Not Roadster 2.0, not CyberRoadster, just Roadster, as if it's a direct successor to the original Tesla. In terms of design, it's quite a bit different from the car we saw in 2017. Rather than be a somewhat curvaceous sports car, it's considerably more angular. If a Cybertruck and a Lamborghini Reventon had a runt of a baby, this would be that car. Still, at this stage, we're still just touching on what we saw and what it looks like. Let's get into the details. Developed in collaboration with SpaceX, the Roadster uses 10 cold-gas thrusters powered by two 600-liter compressed-air tanks to accelerate and maneuver in mid-air. Underbody suction fans reportedly generate up to 2Gs of downforce even while stationary, while an active rear spoiler adjusts aerodynamics in real time. Other features include steer-by-wire, brake-by-wire, and throttle-by-wire technology. Tesla plans three variants: Performance, which requires a $50,000 deposit; Thrust, a $250,000 model capable of sub-one-second acceleration; and Rocket, an invite-only, single-seat version capable of flying. Production isn't expected until 2028, and Tesla has yet to disclose key specifications, including range, horsepower, battery capacity, and motor configuration. A recording of the event can be viewed on X.

Read more of this story at Slashdot.

An anonymous reader quotes a report from The Guardian: Uber has begun a trial of autonomous vehicles on the streets of Manchester as it looks to bring robotaxis to cities around the UK. The first self-driving cars are operating, using the technology of its partner firms Pony and Verne, with whom Uber recently launched Europe's first autonomous taxi service in the Croatian capital, Zagreb. Uber said it was "excited to take this first step toward making this technology accessible to people across the UK." In social media posts, Verne said it had "started our autonomous vehicle testing in Manchester," while Pony said there were "plans to bring robotaxis to the city" and that testing was under way. The tests involve the company mapping the streets of the city in north-west England with a safety driver behind the wheel and no passengers. Limited passenger services started last month in London, but with a safety driver in the front seat of cars supplied by Wayve under Transport for London's licensing rules for private hire vehicles. The next steps are unclear. Opposition from Uber drivers, their unions and the capital's politicians to the rollout of robotaxis is mounting. The GMB and ADCU unions have both said thousands of drivers jobs will be lost and have called for help for those affected. A critical report from London assembly's transport committee this week called for the government to devolve authority over autonomous taxi services. It said there was "considerable uncertainty about many of the claimed benefits of autonomous passenger vehicles", and fears over the impact on public transport and congestion, as well as safeguarding and accessibility for disabled passengers. There has been no official application to launch passenger services in Manchester so far.

Read more of this story at Slashdot.

Mercedes Streeter in the Autopian: You Won't Believe The Incredible Engineering That Allows Articulated Buses To Bend

"Gas cars are now a minority of the world's new car sales," reports Electrek. Gasoline-only vehicles made up 49% of global new-vehicle sales in the first half of 2026, down from 73% in 2021, according to Mobility Global data first reported by Nikkei. It's the first time on record that they've been under half. But there's a catch: most of the cars taking their place still have a gas tank... [The share of gas-only vehicles] fell three points in a single year, from 52% to 49%. Battery-electric vehicles grew 12% to 6.87 million units and took 17% of the market, up three points. Conventional hybrids grew 10% to 7.27 million units, or 18%... [T]he rest is diesel, plug-in hybrids and a few minor fuels. Nikkei ties the acceleration to oil. Fuel prices spiked with the conflict in the Middle East, and buyers went looking for lower running costs. The whole car market shrank about 5% in the first half, according to the IEA, so gas-only sales fell twice as fast as the market. Gas car sales dropped the most in China, down 26%, followed by Europe at 13%... Mobility Global has battery-electric sales up 32% in Europe to 1.81 million, up 81% in Southeast Asia to 350,000, and more than doubling in Oceania to 110,000... Yoshiaki Kawano, an associate director at Mobility Global, told Nikkei that few EV buyers go back to gasoline cars or hybrids. He expects demand based on "genuine consumer needs rather than subsidies" to grow as prices come down... [Hybrids] outsold battery-electric vehicles in the first half, 7.27 million to 6.87 million... Only the 17% that's battery-electric burns no fuel at all. So about 83% of the new vehicles sold in the world this year still came with an engine. The article notes that U.S. hybrid sales were up 23%, reaching a record 16.3% of vehicles sold in the second quarter of 2026, while the share of ICE vehicles went down. Gas-only cars went from 73% to 49% of the market in less than five years, and nothing in the data suggests they're getting that share back. The last time gasoline wasn't on top was the early 1900s, when steam and electric cars outsold it in the US. I hate seeing media headlines claiming that "EV sales are down" and that "EV growth has stalled." The data is clear: that's true in the US, but only in the US. The rest of the world is moving to electric vehicles, and it is not slowing down.

Read more of this story at Slashdot.

An anonymous reader quotes a report from 404 Media: Some tech workers in San Francisco hooked up ChatGPT to a Toyota Corolla and got it to drive around a parking lot. This may not sound impressive in the age of the self-driving car until you realize that the LLM driving the car was a general purpose chatbot running on a laptop and not the purpose-built driving system based on millions of hours of training data used by Waymo or Tesla. The people behind the stunt call themselves DrivingBench and they've posted their code, their prompts, and videos of the experiment online. In the experiment, DrivingBench hooked up GPT-6 Astra, Claude Fable 5.1, Grok 4.6, and GPT-5.6 Sol to a Toyota Corolla and gave the LLMs control over the car's steering, accelerator, and brakes. Then they set up a small cone course in a public parking lot and prompted the chatbots to navigate the space. The goal, they said, was to find out if untrained, off-the-shelf frontier AIs can drive a real car. The results were mixed. Grok, Sol, and Fable only drove a few meters and didn't finish the course. GPT-6 Astra, however, did eventually learn to navigate the course and complete it. But not without a lot of troubleshooting. "It's an interesting demonstration of potential emergent capabilities," said Mahns. "It can fail a turn, and then the next turn, next try, it will be able to do that turn and other turns that it hasn't seen before. Not necessarily saying LLMs are gonna put Waymo out of business or something, just an interesting demonstration of where things are, and things are just moving fast." "Most people that are familiar with ChatGPT have used it in this white collar, kind of like in the computer, and it's definitely imminent to the point that this capability will start having more impact in the physical world. So I think seeing the sparks of this happening, the shift of this utility coming into the physical world, is also somewhat exciting."

Read more of this story at Slashdot.