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Renault, Nissan, Mitsubishi announce 35 new EVs by 2030

Renault, Nissan and Mitsubishi are going all-in on EVs. The trio announced plans to release 35 new electric models globally by 2030, ranging from Japan-only kei cars to commercial vehicles, and they sketched out plans to develop next-generation solid-state batteries. The three carmakers will leverage the benefits of economies of scale to keep development and production costs in check. Many of the Alliance's models already ride on a common platform; the Nissan Sentra shares its bones with the third-generation Renault Scenic. Looking ahead, the plan is to build 80% of the cars in the group's global portfolio on common architectures. Renault, Nissan and Mitsubishi are massive companies with a wide lineup of models, so there is no one-size-fits-all solution. Instead, the strategy focuses on five basic modular platforms. CMF-AEV will be for so-called affordable electric cars. KEI-EV will be primarily for kei cars, LCV will underpin commercial vehicles, and CMF-EV was designed to underpin mainstream models including the Ariya. Finally, the CMF-BEV platform will underpin about 250,000 electric cars annually starting in 2024. These include the production version of the retro-styled 5 Prototype introduced in January 2021, at least one car assigned to the Alpine brand, and a replacement for the Micra (previewed above) that will be engineered and built by Renault. Most of these cars will be equipped with a lithium-ion battery pack; that's likely going to remain the best way to power an electric car in the coming years. However, Nissan has been tasked with developing solid-state battery technology that promises to greatly reduce charging times. A solid state battery is tentatively scheduled to enter production by the middle of 2028, though it's too early to tell which model(s) will inaugurate it. Digital services will play a significant role in the Alliance's future lineup as well. By 2026, Renault, Nissan and Mitsubishi plan to connect 25 million cars to their cloud and over 10 million vehicles fitted with "autonomous driving systems" (a vague term that wasn't defined). All told, these investments will cost the group at least ˆ23 billion (around $26 billion at the current conversion rate) in the next five years. What does this mean for America?

2023 Mitsubishi Triton pickup unveiled, rally-bound model announced

Developed for global markets, the new Mitsubishi Triton made its debut with a rugged-looking exterior design, a more modern interior and a new frame, among other improvements. The brand will show off just how tough its new truck is by entering it in a grueling rally later in 2023. Sold as the L200 in some markets, the sixth-generation Triton is new from the ground up. It's bigger than its predecessor, built on a beefier frame, and it wears a more angular design characterized by a tall, upright front end, a boxier cab, and squared-off wheel arches. Buyers can select a single, club or double cab, and the truck's exterior appearance varies significantly depending on the trim level selected. Mitsubishi's press images show a nicely-equipped trim level aimed at private users; more basic trucks designed for commercial buyers are available, too. The same applies to the interior; what you get largely depends on what you paid for. Upmarket trim levels benefit from an almost SUV-like interior with a wireless device charger, USB-C outlets, a touchscreen-based infotainment system and Mitsubishi Connect compatibility. The truck hasn't forgotten its roots, however: all of the switches and knobs were designed to be comfortably used while wearing gloves. Power for the Triton comes from a new, 2.4-liter turbodiesel four-cylinder engine called 4N16 internally. It's offered in several states of tune. The base engine develops 146 horsepower and 243 pound-feet of torque, the mid-range version posts figures of 181 and 317, respectively, while the range-topping variant puts 201 horses and 347 pound-feet of twist under the driver's right foot. Rear-wheel drive and a six-speed manual transmission come standard, while four-wheel drive, a six-speed automatic transmission, or both can be added at an extra cost. Mitsubishi redesigned the suspension system with an eye on on-road comfort, though it stresses that its engineers didn't sacrifice the truck's off-road capacity. The front end carries on with double wishbones, while the back end gets lighter leaf springs and thicker shock absorbers. Several small but important changes round out the updates, including wider side steps and a repositioned engine oil pan drain plug. On sale now in Thailand, where it's manufactured, the new Mitsubishi Triton will gradually be launched in numerous global markets over the next few months. It will notably be available on the Japanese market for the first time in 12 years starting in early 2024.

Self-driving Mitsubishis could use adapted missile technology

Mitsubishi is a big company made up of many different divisions and subsidiaries. Yeah, we tend to focus on Mitsubishi Motors, but the sprawling company also manufactures steel, builds televisions – we all knew someone in the 1990s with a hulking Mitsubishi "big screen" – and even screws together fighter jets and the missiles they carry. According to a report from Automotive News Europe, Mitsubishi Motors is hoping to leverage the capabilities of its sister companies to catch up to the competition and get driverless cars on the road by 2020. That means adapting millimeter-wave radars, sensors, and cameras built for missiles to automotive uses. As Mitsubishi sees it, having the development work done on this tech – albeit for a radically different application – gives it a big advantage over the competition. "All we have to do is to put together the components that we already have," Katsumi Adachi, the chief engineer for Mitsu's auto equipment division, told ANE. "None of our competitors have such a wide array of capabilities." As ANE goes on to explain with the help of Tokyo-based IHS analyst Goro Tanamachi, this is no plug-and-play application. That's largely because of the different economics of the automotive and defense industries. In the former, the bean counters have a tremendous say. There are cuts and cost reductions and all sorts of other stuff designed to maximize profit margins. The defense industry, though, is the land of sparing no expense – that, according to Tanamachi-san, could make adapting missile tech to autonomous vehicles a possible, but potentially very pricey proposition. "Cost-cutting requests are much more severe in autos than aerospace," Tanamachi-san told ANE. "I wonder if it's possible for them to bring down the cost of the systems to the levels manufacturers can use for cheap, low-end cars." Related Video: X