Skip to main content

Nissan’s next-gen Leaf will bring semiautonomous tech to the masses

Nissan tweets a teaser photo and release date for its next-generation Leaf

Next-Gen Nissan LEAF: ProPILOT Assist
Nissan is about to give the all-electric Leaf a full makeover. It’s about time, too; the current, first-generation Nissan Leaf has been on the market since the end of 2010, and it’s getting a little bit long in the tooth. Its replacement won’t break cover for another few months, but the Japanese company is giving us an early look at some of its headline-grabbing tech features. Nissan USA recently tweeted a teaser image of its new Leaf, then added a background image showing the car’s entire front end (which has since been removed). The image below is our best look yet at the redesigned EV.

The next Leaf will finally usher in Nissan’s suite of semiautonomous driving features, a sign that the once-expensive technology is trickling down to more affordable models. Named ProPilot Assist, the software relies on sensors and cameras to help control acceleration, braking, and steering. It only works on the highway, particularly in dense traffic, and its job is merely to keep the car in its lane. Don’t expect it to change lanes on its own like the systems built by Mercedes-Benz and Tesla.

That’s just the beginning, though. Nissan promises its ProPilot tech will offer increasing levels of autonomy in the coming years. Eventually, it will even be able to drive itself through busy intersections in crowded urban centers. Nissan previewed its self-driving tech two years ago when it introduced the IDS Concept at the Tokyo Auto Show, and it has been testing the software all around the world ever since.

In July, Nissan shared a bit more information about what we can expect from ProPilot Assist. The technology is classified as SAE Level 2 semi-autonomous driving feature, which is to say that it’s only partially automated. You’re not meant to take your hands off the wheel even when the feature is enabled. That said, it’ll do a lot of driving for you. It’ll stay in one lane and manage your steering wheel to ensure that it stays in the center of said lane. It also features adaptive cruise control capable of bringing your Leaf to a complete stop, then reaccelerating when it senses that the car in front of it has begun moving again.

Operation of the system promises to be quite straight forward as well, as you’re effectively just turning on cruise control (which is actually the first step). Then, press the Nissan “Safety Shield” button, set your cruise control speed, and ProPilot Assist will take over.

Next Gen Nissan Leaf Front
Next-gen Nissan Leaf front end Image used with permission by copyright holder

Nissan isn’t ready to spill the beans about what will power its next Leaf. What’s certain is that the model will remain electric, and front-wheel drive. You didn’t think it would get a supercharged V8, did you?

It could offer up to 340 miles of range thanks to a much bigger battery pack than the one used by today’s model, according to British magazine Autocar. However, Nissan might also follow Tesla’s lead and offer a selection of two or three battery packs. Motorists who mostly drive in the city will pay less for less range, while those who need a long-range EV will be able to select a bigger, more expensive battery.

The 2018 Nissan Leaf will make its debut on September 5, just ahead of the biennial Frankfurt Motor Show. The battery-powered hatchback will be branded a 2018 model when it lands in showrooms across the nation during the first half of next year.

Update: Nissan revealed a bit more information about its upcoming ProPilot Assist feature. 

Editors' Recommendations

Ronan Glon
Ronan Glon is an American automotive and tech journalist based in southern France. As a long-time contributor to Digital…
Mercedes-Benz G580 first drive: old-school off-roader goes electric
2025 Mercedes-Benz G580 from three quarter view.

American car buyers mostly know Mercedes-Benz as a luxury brand. But for decades, the automaker has also produced the tough, rugged G-Class (also known as the Geländewagen or G-Wagen), an SUV not afraid to get its leather upholstery muddy. And now, this iconic Mercedes is going electric.

The 2025 Mercedes-Benz G580 with EQ Technology — the final name of the SUV previously known as the EQG — isn’t the first electric off-roader. The Rivian R1S and R1T and GMC Hummer EV have proven that electric powertrains and off-roading are a great combination. But the electric G-Wagen is different because it’s based on an internal-combustion model — and a very traditional one at that.

Read more
Honda believes hydrogen semi trucks will make the case for fuel cells
Honda hydrogen fuel-cell semi truck.

Honda remains committed to hydrogen fuel-cell vehicles, but the market for those vehicles remains limited. So Honda is looking at other uses for fuel cells -- including commercial trucks.

To show how that could work, Honda converted a semi truck to fuel-cell power, replacing its diesel engine with three fuel-cell modules. Together, the three modules produce a combined 321 horsepower, and can propel the truck to a top speed of 70 mph. There's enough onboard hydrogen storage capacity for a 400-mile range with a full load, Honda claims.

Read more
Mercedes-Benz G580 vs Rivian R2: Is the much cheaper Rivian actually better?
2025 Mercedes-Benz G580 from three quarter view.

Mercedes-Benz has finally taken the wraps off of the new "Mercedes-Benz G580 with EQ Technology." Yeah, it's a mouthful, but it's basically a new electric G-Wagon. It looks a lot like the G-Wagon you know and love, but with an electric powertrain and a battery. It's not the only electric SUV out there, however, and there are some great ones -- like the Rivian R2.

Both the Mercedes G580 and the Rivian R2 have a lot going for them, but they also approach the electric SUV slightly differently. Is one better than the other? I put the two head-to-head to find out.
Design
The approach that the two vehicles take to design is quite different -- and you might like one better than the other.

Read more