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News

Tesla’s Robotaxi Cleanup Fees Reveal the Messy Reality of “Hands-Free” Autonomy

Tesla’s long-promised robotaxi future just ran into a very human problem: people are gross.

According to Tesla watcher Sawyer Merritt, the company has quietly rolled out cleaning fees for users of its Robotaxi service, introducing a two-tier system that will feel familiar to anyone who’s ever used Uber or Lyft. Minor messes—think crumbs, dirt, or the remains of a fast-food drive-thru—can trigger a $50 charge if vacuuming is required. Bigger offenses, including spilled liquids, smoking, or the ride-hailing cardinal sin of vomiting, can cost riders up to $150.

On its own, none of this is surprising. Ride-hailing services have been charging cleanup fees for years, largely because no driver wants to discover last night’s poor life choices smeared across the back seat. The fascinating part isn’t the fee—it’s what the fee says about where Tesla’s robotaxi ambitions actually stand today.

Tesla has spent years pitching a vision of autonomous vehicles that are not just self-driving, but fully self-sustaining. In this future, robotaxis would clean themselves, recharge themselves, and redeploy themselves without human involvement, dramatically lowering operating costs and making conventional ride-hailing look inefficient by comparison. Fleet management—the hardest and most expensive part of the business—was supposed to become almost trivial.

Reality, as usual, has other plans.

Despite the “Robotaxi” branding, Tesla’s vehicles are still far from being fully autonomous, and they’re even farther from being self-cleaning. For now, they still rely on humans to handle the unglamorous but essential tasks of vacuuming interiors, scrubbing stains, and making sure the cabin doesn’t smell like a college dorm the morning after a party. Until a Model Y can politely hose itself down and deodorize its own upholstery, someone has to do the work—and someone has to pay for it.

That someone, increasingly, is the passenger.

The cleanup fee doesn’t break Tesla’s business model, but it does poke a hole in the company’s carefully crafted narrative of frictionless autonomy. A robotaxi that still needs human intervention for cleaning and charging isn’t yet the radically cheaper, always-available mobility solution Tesla has promised. It’s a high-tech ride-hailing car with fewer drivers and many of the same operational headaches.

And those headaches matter. Keeping a ride-hailing fleet clean isn’t just about aesthetics—it’s about trust. If passengers open the door to a dirty interior, confidence in the technology erodes fast, regardless of how impressive the software might be.

For now, Tesla’s robotaxis remain caught between the future they’re meant to represent and the present they still have to operate in. The cleanup fee is a small detail, but it’s a revealing one: autonomy may be advancing quickly, but it still hasn’t solved the age-old problem of humans making a mess.

Source: Sawyer Merritt

News

Toyota Thinks Your EV Could Be the Next Nuclear Power Plant (Well, Sort Of)

Toyota has spent the better part of the last decade preaching patience in the electric transition, hedging its bets with hybrids while the rest of the industry sprinted toward full battery power. Now the company is making a different kind of bold claim—one that doesn’t involve 0–60 times or range figures. According to Toyota, a future fleet of electric vehicles with two-way charging could collectively deliver power on the scale of dozens of nuclear reactors.

No, your driveway isn’t about to glow in the dark. But the idea behind vehicle-to-grid (V2G) technology is simple and quietly radical: your EV doesn’t just consume electricity—it can also give it back.

Toyota has kicked off a new phase of its V2G pilot program at its North American headquarters in Plano, Texas, partnering with energy provider Oncor. The test setup uses a Japanese-spec Toyota bZ4X paired with a Fermata Energy bidirectional charger. This isn’t just a fancy wall box. It can charge the car, then reverse the flow, sending energy back into the grid when demand spikes or prices make it worthwhile. The system continuously monitors grid conditions and electricity-market signals, deciding when to store power and when to sell it back.

Texas isn’t the only proving ground. Toyota is running similar pilot projects with San Diego Gas & Electric in California and Pepco in Maryland, effectively stress-testing V2G across very different energy markets. The goal is to understand not just the technical hurdles, but also how customers might actually live with this tech—when they’re comfortable sharing their car’s stored energy and what kind of compensation makes participation worthwhile.

At its core, V2G turns EVs into rolling batteries that plug into a larger ecosystem. When connected to a compatible charger, the vehicle can feed electricity back into the grid during peak demand. Utilities must be equipped to accept that power, and drivers always retain control—they can opt out at any time. In return, participants typically receive credits or payments, which is why utilities like to call these networks “virtual power plants.” It’s less sci-fi than it sounds and more spreadsheet-driven than exciting, but it could be transformative.

Here’s where Toyota’s nuclear comparison comes in. The company estimates there are already more than four million fully electric vehicles on U.S. roads. If every one of them supported two-way charging, Toyota claims they could collectively deliver around 40,000 megawatts back to the grid—roughly equivalent to the output of about 40 nuclear reactors.

That’s a big “if,” of course. Not every EV will be plugged in at the right time, not every owner will want to participate, and today’s charging infrastructure isn’t ready for mass bidirectional power flow. Still, the math hints at something important: EVs aren’t just a transportation shift, they’re an energy one.

For car enthusiasts, this is a different way of thinking about performance. The future EV spec sheet might not just list horsepower and range, but also how many kilowatts your car can sell back to the grid while you sleep. Toyota, long criticized for moving cautiously on full electrification, may end up shaping how EVs fit into daily life—not as rolling gadgets, but as critical pieces of national infrastructure.

It’s not exactly the stuff of burnouts and Nürburgring laps. But if Toyota is right, the quietest revolution in the automotive world might be happening while your car is parked.

Source: Toyota

News

Dreame Teases 1,000-Plus-HP Electric Supercar Ahead of CES 2026 Debut

If CES has become the world’s loudest stage for ambitious electric dreams, Dreame is ready to turn the volume knob to eleven. The Chinese technology company—best known until now for vacuum cleaners and smart home hardware—is preparing to unveil its first electric supercar under the banner of the evocatively named Starry Sky Plan at CES 2026 in Las Vegas. And judging by the early teasers, Dreame isn’t tiptoeing into the automotive world. It’s cannonballing in.

This low-slung EV will be the opening act in Dreame’s push into high-performance luxury vehicles, a market the company expects to enter in earnest by 2027. The car also marks the public debut of Dreame Auto, an automotive offshoot overseen by Starry Sky Plan (Shanghai) Automobile Technology Co., Ltd., which was registered earlier this year. Dreame formally announced its automotive ambitions in August 2025, branding itself as a Chinese luxury automaker and assembling a vehicle-development army of nearly 1,000 people. That’s not startup dabbling—that’s a declaration of war.

The paper trail backs up the bravado. On December 24, registration records showed that Starry Sky Plan quietly created seven wholly owned subsidiaries, each capitalized at 1 million yuan and focused on the R&D and production of automotive components. Dreame has also signaled plans to build manufacturing capacity near Tesla’s factory in Germany, though timelines and investment figures remain conspicuously absent. Still, choosing Tesla’s backyard is a flex, whether intentional or not.

Strategically, Dreame says it’s aiming at two targets: this electric supercar—styled after low-slung hypercars—and a large electric SUV intended to square off with ultra-luxury brands. The supercar, unsurprisingly, is grabbing the spotlight first.

The teasers reveal a long, wide, and aggressively low body, with a nose carved around massive air intakes and punctuated by four horizontal LED daytime running lights. From the side, the car wears swollen front and rear fenders, oversized side wing end panels, and a hidden A-pillar that visually stretches the windshield into the roofline—a trick borrowed straight from the exotic-car playbook. Six-spoke, petal-shaped wheels mount via a six-bolt hub, backed by yellow brake calipers and perforated discs that suggest track intentions rather than mall crawling.

Out back, the drama continues. A fixed rear wing with downward-sweeping end plates sits above a full-width taillight bar featuring a three-dimensional internal lighting matrix. Below that, a double-layer rear diffuser dominates the lower bumper, sculpted to manage airflow and improve high-speed stability. Dreame is quick to note that everything we’re seeing is still preview material, with no guarantees that these elements will survive unchanged into production.

Performance claims—while unofficial—are suitably outrageous. According to China’s Autohome, the Starry Sky supercar could pack an all-electric powertrain delivering more than 1,000 horsepower, with a 0–100 km/h sprint in under two seconds. Some estimates go even further, pegging the run at 1.8 seconds. If true, that puts Dreame squarely in the same sentence as Rimac, Tesla’s quickest Plaids, and a short list of other physics-defying EVs.

Cooling could be a secret weapon. Reports suggest Dreame may employ a refrigerant-based cooling system capable of keeping the powertrain at around 15 degrees Celsius during heavy operation—a critical advantage for sustained performance rather than one-hit launch-control glory. As with the power figures, Dreame hasn’t confirmed any of this yet.

What Dreame hasn’t shown is almost as telling as what it has. There’s no word on platform architecture, software stack, sensor suite, charging speeds, or even whether this thing seats two people or pretends to seat four. The interior remains a complete mystery, as do infotainment and driver-assistance systems. For now, the Starry Sky Plan is all about shape, stance, and speed.

More details are promised closer to the CES reveal, where Dreame will have to prove that this isn’t just another concept dripping with aero and ambition. But one thing is already clear: Dreame isn’t entering the auto industry quietly. It’s showing up with a thousand horses, a stopwatch set to under two seconds, and a point to prove.

Source: Dreame