1976 Jeep Cj5 Factory 304 Ci 4 Brl 3 Spd on 2040-cars

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2018 Jeep Wrangler Spied Looking More Aerodynamic | Autoblog Minute

This week we got an early look at the 2018 Jeep Wrangler. So what we see in these spy shots, or at least we think we see, is a vehicle that?s going to use more aluminum in a bid to reduce weight and thus improve fuel economy.

Jeep Wrangler by Vilner takes extreme luxury off-road

Vilner turned its customary and intensely luxurious attentions to a two-door Jeep Wrangler Sahara Unlimited back in 2012, following that up this year with its take on the four-door version. A coat of lustrous black paint outside is brightened up LED headlights, foglights and taillights and layers of chrome laid on the grille, mirrors, door handles and fuel filler cap.
Stance gets an injection of brawn from the 20-inch wheels, and they'll roll faster thanks to the power upgrade from 197 horsepower and 339 pound-feet of torque in the 2.8-liter diesel to 257 hp and 412 lb-ft.
Inside is furious red, with cross-stitched crimson leather and Alcantara demanding your focus. When you can look away from that, you'll find the raw metal parts painted black and again ornamented in minor applications of chrome. Feel free to feast on it in the high-res gallery above.

Stellantis invests more than $100 million in California lithium project

Stellantis said it would invest more than $100 million in California's Controlled Thermal Resources, its latest bet on the direct lithium extraction (DLE) sector amid the global hunt for new sources of the electric vehicle battery metal. The investment by the Chrysler and Jeep parent announced on Thursday comes as the green energy transition and U.S. Inflation Reduction Act have fueled concerns that supplies of lithium and other materials may fall short of strong demand forecasts. DLE technologies vary, but each aims to mechanically filter lithium from salty brine deposits and thus avoid the need for open pit mines or large evaporation ponds, the two most common but environmentally challenging ways to extract the battery metal. Stellantis, which has said half of its fleet will be electric by 2030, also agreed to nearly triple the amount of lithium it will buy from Controlled Thermal, boosting a previous order to 65,000 metric tons annually for at least 10 years, starting in 2027. "This is a significant investment and goes a long way toward developing this key project," Controlled Thermal CEO Rod Colwell said in an interview. The company plans to spend more than $1 billion to separate lithium from superhot geothermal brines extracted from beneath California's Salton Sea after flashing steam off those brines to spin turbines that will produce electricity starting next year. That renewable power is expected to cut the amount of carbon emitted during lithium production. Rival Berkshire Hathaway has struggled to produce lithium from the same area given large concentrations of silica in the brine that can form glass when cooled, clogging pipes. Colwell said a $65 million facility recently installed by Controlled Thermal can remove that silica and other unwanted metals. DLE equipment licensed from Koch Industries would then remove the lithium. "We're very happy with the equipment," he said. "We're going to deliver. There's just no doubt about it." Stellantis CEO Carlos Tavares called the Controlled Thermal partnership "an important step in our care for our customers and our planet as we work to provide clean, safe and affordable mobility." Both companies declined to provide the specific investment amount. Controlled Thermal aims to obtain final permits by October and start construction of a commercial lithium plant soon thereafter, Colwell said. Goldman Sachs is leading the search for additional debt and equity financing, he added.