The 2026 Chevy Silverado EV is going off road — way off road — with the addition of the Trail Boss trim to the electric pickup’s lineup. The electric version of the automaker’s popular off-road trim, Trail Boss offers more capability and — insanely — even more range for the already class-leading Silverado EV.

The upgraded electric truck has 2-inches of extra lift for more clearance while grinding gravel and climbing boulders, including 35-inch all-terrain tires and 18-inch wheels. Despite the added height, the Trail Boss will get a staggering GM-estimated range of 478 miles if you opt for the max range battery.

And in terms of maneuverability, Sidewinder mode enables all four tires to turn in the same direction for diagonal driving. It sounds similar to the Silverado’s sister truck, GMC’s Hummer EV with its Crab Walk and King Crab diagonal driving features.

But Sidewinder is also available to the RST trim, so what else is cool about Trail Boss? How about a trim-exclusive Terrain mode, which offers additional control while traversing uneven trails at low speeds. Compared to other drive modes, Terrain unlocks sharper 4-wheel steer, giving drivers better ability to control torque and traction at low speeds.

Speaking of power, the Trail Boss version of the Silverado EV will put out 725 horsepower and 775 lb-ft of torque when combined with the max range battery. That battery also offers a max towing capacity of 12,500 lbs along with a 2,100 payload capacity. Of course, you should expect some range loss while towing heavy loads.

Chevy is also dialing up the tech, offering enhanced Super Cruise with hands-free highway driving on both the Trail Boss and LT trims of the truck. The driver assist feature is also available while towing.

The automaker is also lowering the base price for the Silverado EV to $54,895, including destination charges, which is down from the previous base price of $57,095. The interior features a 17.7 inch center touchscreen alongside an 11-inch instrument gauge, which now comes standard on the Work Truck for the first time.

But the Trail Boss will run a lot higher, with the extended range version starting at $72,095 and the max range blasting off at $88,695. What, you thought all that extra range would be cheap?

Waymo said it recently received its last delivery of Jaguar I-Pace SUVs, which will be retrofitted with sensors and autonomous driving technology at its factory in Arizona, before joining its robotaxi fleet.

In a blog post published today, the Alphabet company said it currently has 1,500 Jaguars operating across its four main markets: San Francisco, Los Angeles, Phoenix, and Austin. And it plans on adding 2,000 more vehicles into 2026, for a total fleet size of 3,500. The company recently hit an average of 250,000 paid passenger trips per week.

Waymo typically doesn’t like to comment on the size of its fleet, so today’s announcement provides a rare glimpse into the number of robotaxis the company currently has in operation. Waymo’s plans to scale up comes as the company eyes Atlanta, Miami, and Washington, DC for launch in 2026.

The Jaguar I-Pace has been the company’s primary vehicle since Waymo retired its fleet of Chrysler Pacifica minivans in 2023. The company had once projected it would have 20,000 I-Paces operating as robotaxis, but appears to have fallen significantly short of that goal. Waymo is also currently testing and validating two new models, the Hyundai Ioniq 5 and the all-electric Zeekr RT minivan, but has yet to say when they will join the fleet.

Waymo assembles its robotaxis with the help of auto engineering company Magna International at a 239,000 square-foot factory in Mesa, Arizona. The company’s final batch of Jaguar I-Paces will be assembled there, which should carry Waymo through to next year. And starting in 2026, Waymo will begin work on its sixth generation “Waymo Driver,” which will launch in the Zeekr RT. Zeekr is a subsidiary of Geely, which is one of China’s largest automakers.

The new robotaxi is being designed in Sweden (where Geely owns Swedish carmaker Volvo), adapted from Geely’s all-electric five-door Zeekr. Waymo is then importing the vehicles to Arizona, where they will be outfitted with the hardware and software necessary for autonomous driving. The first test vehicles began arriving in the US last year.

In order to adapt to multiple vehicle platforms, Waymo says its Mesa factory will add automated assembly lines and “other efficiencies” over time. And when it’s operating at full capacity, the company expects it will be able to churn out “tens of thousands” of robotaxis each year. Waymo added new processes at the end of the assembly line for passenger validation and commission to ensure each vehicle is ready to accept riders as soon as it leaves the factory. Each vehicle drives itself into service after leaving the factory, where it is ready for passenger pickups within 30 minutes, according to Waymo spokesperson Chris Bonelli.

Waymo’s interest in publicizing its plans to grow its fleet size comes as Tesla plans to launch its own robotaxi service in Texas and California later this year. And it aligns with the Alphabet company’s recent announcement of a partnership with Toyota to explore the possibilities of selling autonomous vehicles to customers for personal ownership.

Last night, a new company called Slate Auto unveiled its first product, a spartan two-seater electric truck with a mere 150 miles of range and a world of possibility. There's no paint, no distracting infotainment screen, and no stereo or even radio. It doesn't tower over your average 12-year-old, and it may sell for under $20,000 (including incentives) when it arrives in 2026.

If it arrives, of course. We don't need to get into the litany of obstacles that lie in the path of Slate's future success - including a global trade war and a presidential administration openly hostile to EVs - because instead I'm interested in talking about the truck as a possible antidote to our growing obsession with overpowered, oversize trucks and SUVs.

You've probably noticed this problem if you have eyes and live in America in 2025. Our roads are packed with these roving land yachts. Sales of SUVs and pickup trucks reached new highs in 2024, accounting for 75 percent of total vehicle registrations. A decade ago, these two segments made up just half of the market. Today, they represent three out of every four new vehicles sold in America.

These vehicles are bigger and heavie …

Read the full story at The Verge.

Honda is looking to the stars for its next hydrogen breakthrough.

The automaker is teaming up with space tech companies Sierra Space and Tec-Masters to test its high-differential pressure water electrolysis system on the International Space Station. The test is part of Honda’s vision to support life on the Moon and elsewhere in space using regenerative fuel cell technology that continuously produces hydrogen, oxygen, and electricity.

It’s another risky move from Honda, which is more bullish on hydrogen than most other automakers. Hydrogen-powered cars have historically faced a lot of hurdles, including fueling challenges and pricing pressures. But Honda is counting on hydrogen to help it decarbonize its vehicle fleet by 2040. And now it wants to tap into the most abundant element in the universe to power its push into space.

Honda says it envisions its hydrogen-powered regenerative system as part of a human settlement on the lunar surface. But it also hopes that by stress testing the technology on the Moon, it can prove its utility on Earth.

Here’s how Honda’s system works: during the lunar day, the system will use electricity generated by solar panels capturing sunlight. The company’s high-differential pressure water electrolysis system will then produce hydrogen and oxygen from water. When the Moon rotates away from the Sun, some of the oxygen will be used for astronauts, with the rest put toward generating electricity. The only byproduct of the electrolysis process is water, which is recycled back into the regenerative system, creating a closed-loop energy cycle.

Honda plans on testing the process in the microgravity environment on the ISS. The company says it will work with NASA to transport the equipment on Sierra Space’s Dream Chaser spaceplane, with Tec-Masters as the ISS technology expert.

Creating a reliable source of oxygen and electricity in space would help humans establish livable habitats off-Earth in an era when space travel seems more achievable than ever. While the science community has explored the use of electrolysis as a means to sustain life in the vacuum of space, it has found that low gravity environments will have some effect on the gas-evolving process. A study published in 2022 concluded that around 11 percent less oxygen was created through electrolysis in a lunar environment as compared to the gravity of Earth.