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AEV-upgraded GMC Canyon AT4X, Chevy Colorado ZR2 appear in spy photos

As with the previous generation, it appears the 2023 Chevy Colorado ZR2 will be getting a special AEV version. Not only that, but its twin, the GMC Canyon AT4X will get one, too. And as these spy photos show, they'll have some additional off-road accessories included, as well as bigger tires. We'll start with the GMC Canyon. The first example of the truck without any camouflage is not quite fully upgraded like the camouflage vehicles. But it has one part not seen on the others: the AEV snorkel. 2023 Chevy Colorado ZR2 AEV Bison prototype View 13 Photos The two appear to be riding on larger Goodyear Wrangler Terrain MT tires. These look like 35-inch examples -- 2 inches larger than the biggest tires available on the ZR2 and AT4X. They're also mounted on beadlock capable wheels. Besides the bigger tires, both trucks also feature a new bed-mounted spare tire. It's a full-size spare, and unlike past bed-mounts, this one places the tire flush against the cab. The benefit of moving the spare to the bed is departure angle. And while this position looks a little less like how trophy trucks carry their spares, it should provide better cargo space. Rear visibility probably isn't great, though. Generalizing based on what we know about the current ZR2 Bison, the new AEV trucks will probably get unique grilles, steel bumpers, fender flares, a suspension lift and possibly even axle ratio changes. Additional options such as a winch could be offered, too. We expect the trucks will be revealed within the next year, since the base trucks have already been shown, and these are just upgraded versions of those trucks. Related Video: 2023 Chevrolet Colorado walkaround

Surprise! GM putting aluminum in next-gen pickups

Last month, General Motors launched a series of ads touting the benefits of steel over aluminum – specifically, with regard to the Chevy Silverado versus the Ford F-150. (Kind of. We're not sure what a grizzly bear has to do with anything.) We took issue with the ads, with editor in chief Mike Austin saying they "reek of insecurity, and distract from the Silverado's strengths that could be used for positive advertising." But what bothers us more, is that yet another report surfaced claiming anti-aluminum GM will indeed use the weight-saving material in its next-generation fullsize trucks. On Tuesday, GM announced a $877-million investment for its truck plant in Flint, MI. But Reuters says that huge overhaul is because the trucks will use "substantially different equipment than the tools GM uses today." The report specifically states, "People familiar with the company's plans say GM's next-generation pickups and SUVs will make use of various materials, including aluminum and lightweight steel, to shed weight and gain fuel efficiency to meet tougher federal standards." The Silverado already uses a few aluminum components in the engine and hood, and if more widespread use will help GM build its best fullsize trucks ever, then that's great. Honestly, we have no reason to doubt that aluminum will be used in the next Silverado and GMC Sierra. We just hope GM remembers that nothing is ever truly deleted from the bowels of the Internet when it launches the subsequent "look how great aluminum is!" campaign. Related Video: News Source: Reuters Green Plants/Manufacturing Chevrolet GM GMC Truck aluminum steel

A Chevy Camaro hybrid? That's what EcoCAR3 could bring

Figuring out a way for a hybrid powertrain to co-exist with the performance expectations of a classic American muscle car is a challenge that could vex that most experienced of automotive engineers. It's a challenge, in fact, being handed to a bunch of college students. Over the next four years, students from 16 North American colleges and universities will attempt to wring fuel efficiency from a 2016 Chevy Camaro as part of EcoCAR3, an advanced-vehicle technology competition sponsored by the Department of Energy, General Motors and others. They'll be attempting to use hybrid or plug-in hybrid technology while not sacrificing the performance of the Camaro, which was selected in part because the current model achieves just 17 miles per gallon in city driving and 28 MPGs on the highway, per EPA numbers. Students will get the latest version of the vehicle to work on, one that is expected to be unveiled next month on Belle Isle in Detroit. "If we still want to produce V8 Camaros, we're going to have to look at alternative methods of propulsion," said Al Oppenheiser, the chief engineer on the Camaro. "So the ideas that these college teams come up with could very easily be adapted to a car like the Camaro." Unlike similar competitions that reward fuel efficiency in vehicles, EcoCAR seeks those gains while emphasizing cost and consumer acceptance of these vehicles. The cars shouldn't look like experiments; they should look like everyday vehicles on the road. Previous competitions have allowed the teams to use whatever powertrain they desired. This time, EcoCAR officials designed the competition to concentrate on hybrid, hybrid-electric and diesel options. Competitors won't have the option of using hydrogen fuel cells as they have in the past. Last year, a team from Colorado State built a vehicle that contained both hydrogen and electric power sources. This year's limit is a curious choice, as some automakers such as Toyota have placed heavy bets on fuel cells in recent years. General Motors also runs a fuel-cell program. With the focus on cost and practicality, however, the program officials wanted to narrow the framework of the contest. "We always have some good decisions on what to make within the scope or out of scope," said Jim Kolhoff, global director of software engineering for General Motors.