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GM announces $7 billion Michigan factory investment, most going to EVs

GM announced a $7 billion investment in Michigan manufacturing, much of which is earmarked for EV production. Four sites are included, but the key elements are a new battery cell plant in Lansing and the conversion of GM's existing Orion Township facility to expand production of the forthcoming Chevrolet Silverado EV and its GMC Sierra sibling.  GM says it is the largest investment announcement in company history and that it will create 4,000 new jobs. It also says 1,000 jobs will be retained. "We are building on the positive consumer response and reservations for our recent EV launches and debuts, including the GMC Hummer EV, Cadillac Lyriq, Chevrolet Equinox EV and Chevrolet Silverado EV," said GM CEO Mary Barra.  GM says the Orion expansion and new battery plant will support an increase in full-size electric truck production capacity to 600,000 units. This is in addition to the Factory ZERO facility in Detroit that will also be constructing the electric Silverado and Sierra.  The Orion Township factory current builds the Chevrolet Bolt EV and EUV, and will continue to do so during the plant's conversion. GM did not indicate what will happen with the Bolts once that conversion is complete or whether all will continue to be built at Orion. They do not use the Ultium vehicle architecture. GM will build other EV models at three other factories that are under construction or being converted. They are located in Spring Hill, Tennessee, Ingersoll, Ontario, and Ramos Arizpe, Mexico. GM says that it will have the ability to produce 1 million electric vehicles by 2025. The Ultium Cells Lansing facility is a $2.6 billion joint investment by GM and LG Energy Solution. GM says it alone will create 1,700 jobs once fully operational by late 2024. It will join two other GM Ultium Cells battery factories currently under construction in the United States, one in Ohio and the other in Tennessee.  Not all of the $7 billion investment will be for EVs. It also announced $510 million of the total will go toward upgrading the Lansing Delta Township Assembly to produce the next-generation Chevrolet Traverse and Buick Enclave. Money will also go to upgrading Lansing Grand River Assembly.

2020 Cadillac Escalade spied for the first time

Cadillac is expanding its crossover and SUV range with a new three-row XT6, but that doesn't mean it has forgotten about the one that started it all. As seen in the above photos, the company is testing a new version of the Cadillac Escalade. It's well-covered, but there are a number of details that we can make out. We'll get to what we can see of the design in a bit, but the big news is the suspension. Like the new Tahoe we previously spied, the 2020 Cadillac Escalade will have an independent rear suspension replacing the solid axle set-up that GM's full-size SUVs have always possessed. Its rivals from Ford/Lincoln went independent long ago. We can't underline enough how much of a difference this will make. Handling should be less cumbersome and the ride will be smoother and less prone to jiggling over bumps. It would be improved even further if Cadillac continues to offer magnetically controlled shocks as standard. Inside, the third-row should be positioned lower, thus lowering the current sky-high load height and resulting in a third-row that's actually habitable. In other words, the Escalade won't be so archaic. You can see the visual differences between the new (top) and current (bottom) designs below. Now, as for the design, our best clue to the new Escalade's design is in the grille. The flashy slatted chrome grille of the current model is gone and in its place a more modest mesh grille with little studs pushed to the front. It's very much like the grille found on the new CT6 and XT4. Also, like those two vehicles, the headlights appear to have more horizontal elements than the very vertical examples on the current Escalade. The rest of the SUV is harder to make out. The profile is very similar to the current one, and will surely be shared with the Chevy Tahoe and Suburban and GMC Yukon models. The rear features new rectangular exhaust tips nestled into the rear bumper. The taillights will likely continue to stretch up the rear pillars. Like the suspension, the Escalade will continue to be generally mechanically the same as the aforementioned Chevy and GMC versions, albeit with the best parts standard. The updated 6.2-liter V8 with Dynamic Fuel Management first introduced on the Silverado and Sierra will likely be the standard engine. It will then be paired with the 10-speed automatic transmission. With the new Navigator so widely impressing in reviews and in sales, this new Cadillac Escalade will have to step it up.

Cadillac to launch Super Cruise semi-autonomous technology in two years [w/video]

We all know that self-driving cars are coming. It's not so much a question of If so much as When. And when it comes to General Motors products, we now have something of a date to work with, as Cadillac has announced plans to roll out what it is calling Super Cruise technology in an unnamed new model within the next two years. As you would expect, this new tech can speed the car up, slow it down and keep it in its intended lane, but GM isn't expected to release a fully self-driving car, saying that it will still require "an attentive driver."
We're not quite sure what new model Cadillac will use to launch this new technology, but our best guess would be its upcoming LTS sedan. Other possibilities may include a new crossover - we've heard rumors of CUVS coming from Caddy both above and below the current SRX - or entry-level sedan, but those seem less likely than a high-dollar flagship like the LTS.
The next techy bit of kit currently being shown off by Cadillac engineers includes vehicle-to-vehicle and vehicle-to-infrastructure communication, technology which would seemingly allow cars to travel in close proximity to one another, with less danger of collisions. According to our friends at Engadget, GM is working with the University of Michigan to outfit some 120 miles of roads in and around Detroit, MI, with the requisite sensors to make all this technology possible.