2014 Nissan Murano Sl on 2040-cars

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Next Nissan Titan will get turbocharged diesel V8 from Cummins

Toyota might be content to eke out an existence in the fullsize pickup market with its lightly refreshed Tundra, but Nissan looks like it'll be a bit more aggressive with its next-generation Titan. The next Titan will make use of a 5.0-liter, turbodiesel V8 from Cummins, the Japanese company announced at the start of its Nissan 360 industry showcase.
Nissan's commitment to a fullsize pickup isn't really open for debate - it made waves back in April when it lured Fred Diaz, CEO of Chrysler's Ram pickup division, down to its Franklin, Tennessee headquarters. But this news of a monster turbodiesel is big. As of this writing, only Ram is set to offer a diesel engine in a non-heavy-duty pickup. Its 3.0-liter, EcoDiesel V6 will arrive in the Ram 1500 in the not-so-distant future, but that engine will still be a far cry from what's promised with this Cummins mill.
The 5.0-liter V8 is expected to generate well over 500 pound-feet of torque - likely closer to 550, based on the language in the press release - along with over 300 horsepower. Those figures aren't just a shot across the bow of Ford, Chevy, GMC and Ram, they're an opening broadside, meant to demonstrate Nissan's willingness with its next light-duty truck. As Diaz said, "There is no question that the new Titan will turn heads, and with the available Cummins 5.0-liter V8 turbodiesel, we expect to win new fans and attract buyers looking for this unique configuration."

2015 Nissan Juke

I didn't always like the Nissan Juke. When it launched in 2010, I just couldn't get over the way it looked – it came across as super weird, and kind of hideous at first blush. But I slowly warmed up to the funky little crossover/hatchback/thing, and after spending some time behind the wheel, I really learned to love Nissan's small wonder. It's a genuine hoot to drive, offering hot hatch-like thrills in a package that doesn't look like anything else on the road. The Nismo and RS models that followed only increased my ardor for the turbocharged Juke, and now, I find myself smiling whenever I see one of these little guys bombing down the road. Going into 2015, Nissan hasn't really made major changes, but there are a host of smaller improvements on hand to make it a more well-rounded vehicle than ever before. And to up the funk factor for the new year, there are a slew of customization options now available to customers through the Juke Color Studio – for better or worse. Following my first drive of the third-generation Nissan Murano in Napa Valley, I took the refreshed Juke for a spin to see if the 2015 model year improvements still make for a car that's good to drive and easy to use, while bursting with the same personality that slowly won me over in the first place. Drive Notes Powering the Juke is the same turbocharged, 1.6-liter inline-four as last year, with 188 horsepower and 177 pound-feet of torque on tap. I've always liked this engine – it's punchy and feels good when being worked via the 2014 model's six-speed manual transmission. There's lots of power down low, with a nice bit of boost mid-range through each gear. Altering the drive modes between Normal and Sport heighten this, and honestly, the turbo/manual setup in this front-wheel-drive Juke was kind of hilarious – a real treat. Sadly, Nissan will no longer offer the manual transmission on non-Nismo Juke models for 2015, so you're stuck with the continuously variable transmission. Bummer. In sport mode, the usually good Xtronic CVT tends to rev high and hold itself there – a tendency of older such transmissions that's seriously off-putting, especially for enthusiasts. Still, the Juke is available with a choice of either front- or all-wheel drive. The FWD Juke is fun, offering decent amounts of grip with a hint of predictable understeer. But I've always liked the four-season factor of the AWD Juke.

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?