Nissan LEAF 2026 News

Electric cars are more reliable than petrol and diesel ones, according to a new study of almost 50 million vehicle roadworthy checks.It’s a topic of heated discussion all over internet forums: are EVs more reliable and lower maintenance than their combustion equivalents.A commonly held belief is that because electric cars have far fewer parts compared to petrol and diesel ones, there’s less to go wrong. That makes sense on the surface, but there could be actual proof now thanks to a study in the United Kingdom by the British Vehicle Rental and Leasing Association (BVRLA).Vehicles in the UK that are more than three-years-old are required by law to pass a yearly roadworthy and safety check - also known as an MOT (Ministry of Transport) - to be registered.In NSW, vehicles older than five years need a roadworthy certificate - the equivalent of a British MOT.The MOT requires a thorough check of a vehicle’s brakes, tyres, wheels, steering, suspension, lights, windscreen wipers, body structure and emissions to ensure all are in safe working order.The BVRLA study found EVs are more durable over time, and as the age of combustion vehicles increases, so does the maintenance requirements.The study examined the 47.7 million vehicles that underwent a roadworthy and safety test for registration from 2024-2026. Specifically the study looked at test failure rates. This was also correlated with data from 863 million historical tests.The study found that in the first 32,000-97,000km there was very little difference in the failure rates of both EVs and combustion cars. The results revealed 12 per cent of EVs that attempted the test failed, compared to 11.7 per cent of combustion vehicles.After about 100,000km the results get interesting. EV failure rates plateaued at 16.5 per cent while the failure rate of combustion cars increased steadily.From 145,000km-193,000km the failure rate for EVs remained at 16.5 per cent but for combustion it was 22.1 per cent.Above 193,000km EV failure rate actually decreased to 16 per cent while combustion continued to rise to 23.5 per cent.  Combustion vehicles have about 20,000 moving parts in their drivetrain, and EVs have only about 20. And while combustion engines have been developed over a hundred years to be super reliable, efficient and robust, the sheer number of metal and rubber components under the incredible heat and strain of constant use have a limited lifespan. From pistons and crankshafts, transmissions and driveshafts, to the fuel and cooling systems, the brakes and exhaust, combustion cars work hard and wear out faster.Electric cars do have weaknesses - some highlighted by the findings of the study and some we know as motoring journalists.The study found tyres wear out 1.8 times faster on an EV than a combustion car. This could be down to a combination of a number of factors we know cause tyre wear such as the heavy weight of EVs and the colossal torque electric cars can send to their wheels.We also know that EVs tend to have more technical problems from software issues to battery fade.Another interesting takeaway from the study is older EVs are not disappearing from British roads, with 94.6 per cent of electric cars over 15 years old continuing to come back for their annual check 2.5 years later.That said, new EVs are arriving on the market with better electric architecture, which ensure not just better driving range but systems capable of handling faster charging.The 2026 Zeekr 7X for example has 800V architecture and a 100kWh battery, while the 2020 Nissan Leaf has 400V architecture and a 62kWh battery.  

We now know the truth about how long a car battery will last.Austrian battery diagnostics specialist Aviloo has worked out which vehicles perform best when it comes to an EV battery’s state of health (SoH) over time and distance.In its 2026 Certified EV Battery Report the company has analysed more than 500,000 Aviloo ‘Flash Test’ results from 2022 to 2026 across 20 high-volume electric car models in North and South America, Europe, Australia and Asia to determine the best performers.The flash test is a three-minute diagnostic check that assesses the health and performance of an electric vehicle's high-voltage traction battery.Rather than registering a value reported by the car's on-board battery management system, the flash test “independently calculates SoH using a statistical model trained on hundreds of thousands of comparable used vehicles, factoring in mileage, age, (charge) cycle count, cell voltage spread, energy counters and other diagnostic signals.”In releasing its results Aviloo made the point that, buyers of used internal-combustion cars rely on odometer readings and service records, but was not the most accurate way to tell an EV battery's state. “The battery is the single most expensive component of an electric car, and the one with the widest variation from vehicle to vehicle.“Two used electric cars with 50,000 kilometres on the odometer might present in what appears to be identical condition but can differ by up to 10 percentage points in battery SoH,” it said.The data reflects three mileage milestones (50,000, 100,000 and 150,000 kilometres), identifying the SoH range covering 99 percent of all independently tested vehicles of that model. The company made the point, “Battery health varied within each of the 20 models tested, between models and, above all, between individual vehicles of the same model. An average per model therefore says little about a specific car."SoH can vary by up to 13.5 percentage points between the best and weakest examples of the same model,” it said.As a result the median serves as the reference point in each case.The spread across the 20 models tested was already clear at the 50,000km mark with four examples highlighted for more detailed analysis in line with their different sizes, typical use and battery types.Hyundai’s Ioniq 5 had the best SoH of the four models, with range barely falling from 335 to 321km and a spread of 37 kilometres between the extremes recorded.As one of Europe’s best-selling EVs, the VW ID.4’s potential range fell from 373 to 355km, with up to 44km between the best and the weakest vehicle at 150,000km.The Tesla Model Y, the world's best-selling car for the last three years, saw its real-world range fall from 379 to 361km at 150,000km, with a 46-kilometre difference between the best and the weakest example tested.The Nissan Nissan Leaf ZE1, with the smallest (40kWh) battery of the four models highlighted the finding that smaller batteries with more frequent charging cycles age faster on average. Across all three mileage levels analysed, the Nissan had the lowest SoH of the four models examined in detail, with its real-world range dropping from 195 to 185km.Other models that performed well after 150,000km travelled were the Mercedes-Benz EQA (93.97 SoH), BMW i4 (93.62), Hyundai Kona EV (92.95), Volvo XC40 Recharge (92.79), Ford Mustang Mach-E (92.53) and Polestar 2 (92.46).Some that didn't fare as well were the Renault Zoe (87.33) and Tesla Model 3 (88.94).Commenting on the report Aviloo CEO Dr. Marcus Berger said, “The truth in this data is that averages hide a lot. “Yes, electric car batteries age better than the myth of rapid wear suggests, but that is not the most important finding. “What matters is that battery health varies widely between models, and even more widely between individual vehicles of the same model,” he said.The Aviloo Certified EV Battery Report will now be published twice a year, drawing on the company’s global diagnostics database, which holds more than one million independent tests. 

Nissan has revealed a sharp price for its newest performance-tuned electric car.The Leaf Nismo just hit Japanese showrooms as a performance grade of the strong-selling Leaf small electric car.Nissan relaunched the Leaf in January as an SUV, marking a shift from its two previous hatchback generations.Nismo is Nissan’s performance arm tasked will adding sporty credentials to its cars.The Leaf Nismo shapes up as a size-up rival to the MG4 XPower hatch.It carries 6.6 million yen (or roughly $60,000) price tag in Japan, which is about a 33 per cent hike on the standard Leaf.While the Leaf Nismo has the same 160kW/355Nm single electric motor front-wheel drive set-up as up-spec Leaf variants, it receives plenty of other technical improvements.Its rethought suspension system introduces new springs, stabilises and select member bushes to provide greater rigidity and improved steering response.The car has beefed up shock absorbers to reduce body roll during hard cornering in conjunction with a specialist-tuned chassis.It rides on 19-inch alloy wheels, fitted with special Michelin tyres, aiding grip and control. The Leaf Nismo sits on the larger end of the small SUV scale, measuring up at 4415mm long, 1810mm wide, 1550mm tall, with a wheelbase of 2690mm.It weighs just under 2000kg.It also has up to 135mm of ground clearance. The Leaf Nismo’s is equipped with either a 52kWh or 75kWh battery, offering a driving range of more than 500km, according to WLTP standards.The new-generation Leaf is not currently in Nissan Australia's plans.The brand postponed its introduction after it failed to meet the business case.This means it is unlikely we will see the Leaf Nismo in Australia any time soon.However, with EVs forming more important parts of brands’ lineups, it is not entirely out of the question for a future launch.If it arrives in Australia it will likely be a touch pricier than the $60,000 equivalent Japanese starting point, coming in more expensive than the MG4 XPower.

Mitsubishi has thrown the covers off its next fully electric model, marking the return of the Eclipse name, again.The new model for 2027, now called the Eclipse Sportback, is a re-badged and partially re-styled Nissan Leaf as part of the Renault-Nissan-Mitsubishi alliance.While it shares its overall design with the new-generation Leaf, it features a more dramatic front bumper, a new ‘grille’ design, a tweaked rear bumper, Mitsubishi badgework, and bespoke wheel designs. The interior is yet to be revealed.It will likely share the bulk of its specifications with the new-generation Leaf, including a 160kW/355Nm electric motor, either a 75kWh or 52kWh battery pack, and a driving range that is claimed to exceed up to 600km.The new Mitsubishi Eclipse Sportback appears to be a North American market exclusive for now, and the brand says it forms part of its ‘Momentum 2030’ strategy to expand its footprint in the USA with new electrified models.It is not the only model sold under the Eclipse name, with the brand also offering a re-badged version of the Renault Megane E-Tech dubbed the Eclipse Cross exclusively for the European market.The Eclipse nameplate was originally a two-door sports coupe manufactured for the North American market across four generations from the 1990s to the early 2010s, the Eclipse name was re-booted for a small SUV dubbed the Eclipse Cross in 2017 and launched in Australia in 2018.The model ran until 2025 when it was discontinued locally because its ageing chassis and on-board safety tech no longer complied with Australian Design Rules.It is likely Australia will never see the new Eclipse Sportback, as Mitsubishi has had to make more strategic decisions for Australia where it faces tough competition from aggressive Chinese newcomers. The brand has confirmed Australia will instead receive a new yet to be named fully electric model, which Mitsubishi is developing based on a car from Taiwan’s Foxtron brand.The brand recently confirmed it is on-track to see this fully electric crossover model launch in Australia before the end of the year. It will need to be aggressively priced in order to help the brand bring down its potential penalties under Australia’s recently-implemented New Vehicle Efficiency Standard (NVES).Nissan has pulled back on its plan to launch the Leaf in Australia, saying it will be more competitive on the hybrid front, rather than trying to compete with aggressive rivals in the price-sensitive and highly competitive electric small SUV space.It is not the only Mitsubishi alliance model unlikely for an Australian launch. The brand also offers the Renault Symbioz-based new-generation Grandis as a mid-size SUV.Mitsubishi's XForce hybrid small SUV and XPander MPV from South East Asia have been ruled out for Australia as they prove uneconomical to upgrade to comply with Australia’s stringent safety requirements.

Nissan Australia is ignoring its growing number of electric vehicles (EVs) available in other markets and sticking with just one in Australia, the Ariya mid-size SUV.Earlier this year the Japanese carmaker revealed the latest-generation of its Juke small SUV and confirmed it’s going all-electric.It will launch in Europe during 2027, but Nissan Australia confirmed it will not be coming to Australia.“The all-electric Juke will be built at our Sunderland plant in the UK and has been developed primarily as a Europe-focused EV,” said a Nissan Australia spokesperson.“At this stage, there are no plans to introduce the model in Australia.”Additionally Nissan has recently launched a new-generation version of the Leaf, which is now also a small SUV. It and the new Juke are based on the same dedicated electric platform.There were initially plans for the new-generation Leaf to come to Australia but these have been put on hold.“With respect to the next-generation Leaf, we have decided to postpone its introduction to Australia following a review of the local business case,” said a Nissan Australia spokesperson.At this stage it’s unclear when the new Leaf will now launch in Australia.Beyond the new Juke and Leaf EVs, Nissan also offers a number of other small electric models in other markets. These include the Nissan Micra, which is essentially a rebadged Renault 5, as well as the Nissan Sakura electric kei car in Japan.Nissan Australia has provided no plans to bring either small EV to Australia at this stage and it’s unclear whether this will ever change.“Nissan remains committed to electrification in Australia through a range of technologies, including battery-electric vehicles such as Ariya, as well as our e-POWER hybrid technology,” said a Nissan Australia spokesperson.“We recently launched the updated Qashqai with our latest e-Power hybrid system and will add a 4x2 e-Power X-Trail model to the range in just a few months.”The Nissan Ariya was first revealed in 2019 and launched in certain markets in 2022. It didn’t launch in Australia until 2025.It has received a facelift in other markets, which hasn’t arrived in Australia yet.Although Nissan can’t provide a timeline for when the new Leaf will launch and has ruled out the new Juke EV, the Ariya might not be the only Nissan EV in Australia for long.The Japanese carmaker currently has its eye on importing models made by its Chinese joint-venture company, Dongfeng Nissan.These models include the N7 electric sedan and NX8 electric SUV, as well as the Frontier Pro plug-in hybrid ute.No confirmation of what exact models are coming to Australia and when has been provided yet, however it’s likely that an announcement will come before the end of 2026 or in early 2027.Regardless, Nissan needs to introduce more low-emission vehicles as it already has more than $10 million owing to the federal government for not meeting the New Vehicle Efficiency Standard (NVES) CO2 emissions target for vehicles imported.Nissan can either pay this fine or risk it doubling if it misses the deadline. Alternatively, it can trade credits with other carmakers that are under the threshold or introduce more low-emissions vehicles and beat the CO2 target the following year.It’s worth noting the CO2 targets get stricter every year and ultimately the only vehicle that currently produces zero grams of tailpipe emissions is an EV.

Nissan Australia has confirmed sweeping changes to its model line-up effective immediately, as formerly key models are axed in favour of a more hybrid-focused product mix.The 2026 Nissan Pathfinder large SUV and the Nissan Juke small SUV will be the last of their kind sold in Australia indefinitely, while the brand is also putting a hold on the arrival of the new Nissan Leaf electric small SUV until further notice.Along with dwindling sales, the models’ powertrain options make them incompatible with Nissan Australia’s hybrid-heavy plan, the outgoing regional boss has said.Nissan Oceania Managing Director Andrew Humberstone told CarsGuide the Pathfinder and Juke are being given the axe while the new Leaf, which in its new form is a small SUV, won’t arrive in showrooms for the foreseeable future either.That plan, he said, involves a lot more e-Power electrification to, presumably, balance out the effects of the incoming diesel-powered D27 Nissan Navara ute and the rather large Y63 Nissan Patrol in terms of Australia’s New Vehicle Efficiency Standard (NVES), which bring fines for models that pollute more and award credits for selling low-emissions vehicles.With Juke and Pathfinder out, Nissan’s line-up is down to six badge names: Qashqai and X-Trail, the small and medium SUVs with hybrid ‘e-Power’ options, Navara and Patrol which fall under the light commercial vehicle category, plus the electric Ariya and the low-volume Nissan Z sports car.“We're going to see a natural dispersion between product and what's coming in, what's going out,” Humberstone told CarsGuide, “so we have to manage that in order to make those tough decisions now for the future.“Juke will no longer be in market, Pathfinder will no longer be in market. Leaf, we're going to, in essence, indefinitely delay at this moment.“We’ll continue to bring in, obviously Navara, which is more NVES-appropriate than the previous version, as is the new Patrol.”Behind Mazda Australia, Nissan is in second place for the largest looming fines as of the most recent February 1, 2026 figures.According to the NVES Regulator, Nissan Australia racked up $10.76m in potential fines between July 1, 2025 and December 31, 2025. Nissan must offset this by selling more low-emission vehicles, or buy credits from other manufacturers, in order to avoid the fines becoming a reality.The plan, according to Humberstone, is to create a model line-up that consists of mostly hybrid variants, thus the introduction of the e-Power-only Qashqai range last year.In addition, a more affordable version of the Nissan X-Trail is set to arrive with 2WD e-Power hybrid in the hopes of increasing hybrid sales of the model.“In addition to that, in the bridging strategy we're focused on when we see circa 75 per cent of all the registrations being, which is within the EV/hybrid space, and that's where we're putting all our energy in the short-term.“So that means the full range of Qashqai now is coming with e-Power technology, which is our hybrid. We’re seeing it with X-Trail… we now want to expand that with a 2x4 hybrid version.”Nissan’s financial situation has been the subject of much speculation, but Humberstone says one of the final things he leaves Nissan Australia with before his departure to a posting in France from April 2026 is this plan to future-proof the model line-up.He said the tumultuous state of the industry means difficult short-term decisions are needed to put the business in a better position in the medium- and long-term.“I would say even within the next six, seven months, you're going to start seeing the benefits of the work. The natural cleansing needs to be done. The sooner you do that, the better. “I believe our timing was perfect, given the volatility of what's been going on all over the place, and the number of competitors and more recent stuff that's going off at the moment around the globe.“We're here to stay in Oceania, and we're committed to the market. There's product investment being made. It's done. So there's no speculation on that.”Humberstone’s replacement is Steve Milette, who was President of Nissan Canada for more than five years, and is currently Division Vice President for Dealer Network Development, Customer Resources, Training and Customer Experience for Nissan and Infiniti’s entire North America region.He takes up the much shorter title of Managing Director of Nissan Oceania on April 1, and is expected to continue overseeing the plan to increase Nissan Australia’s hybridisation of the model range.

Like all batteries, those in EVs degrade over time, and eventually are unable to hold the driving range necessary to make them useful in the vehicle.

Nissan Leaf production reportedly impacted by battery shortages ahead of its international roll-out.

Nissan's completely re-thought Leaf crossover priced in its launch market - but does it have what it takes to challenge the Chinese competition?