Nissan Leaf Range, Battery & Charging: Every Model Year, 2011-2026

Nissan Leaf range at a glance: every battery

Two things to hold on to when you read that table.

The first is that NEDC and WLTP are not the same test. The 24 and 30 kWh cars were measured on the old NEDC cycle, which was optimistic to the point of fantasy. The 40 kWh and everything after were measured on WLTP, which is tougher and closer to reality. So the jump from "155 miles" on a 30 kWh to "168 miles" on a 40 kWh looks small on paper and is actually enormous in practice: around 40 real miles.

The second is that "today" column. Those are typical figures for cars of that age carrying typical mileage, and the spread within any given year is wide. Two 2016 Leafs on the same plate and the same mileage can be 20 miles apart on range, because one lived on a driveway charger in Aberdeen and the other lived on motorway rapids in a hot car park. That gap is the whole reason to check a specific car rather than trust a model-level average.

Nissan Leaf range by year, 2011-2026

This is the full picture, year by year. Where a year offered more than one battery, both are listed.

"Typical today" figures are modelled estimates for an average car of that age and mileage as of 2026. Any individual Leaf can sit well above or below its year's range. Range data powered by ClearWatt.

The years people ask about most

2015 gets searched more than any other single Leaf year, and there's a good reason for it. It's the last of the pre-30 kWh cars, it's cheap, and it's the year Nissan introduced the more heat-tolerant "lizard" cell into the 24 kWh pack. A 2015 with lizard cells has generally aged better than a 2013 or 2014. But it's still an eleven-year-old 24 kWh car, and an estimated 55-70 miles is the honest expectation. In January, on a motorway, that becomes 40-50.

2016 and 2017 are the ones to be most careful with, because the year alone doesn't tell you what you're buying. A 2016 Visia is a 24 kWh car. A 2016 Acenta or Tekna is probably a 30 kWh car. They're worth very different money and they behave very differently, so check the spec, not the plate.

2018 is the value inflection point. It's where the Leaf stops being a second car for short trips and starts being a car you can live with, and it's where the eight-year battery warranty starts to mean something.

Nissan Leaf range by battery size

24 kWh Nissan Leaf range (2011-2017)

• Official: 109 miles NEDC (2011-2012), 124 miles NEDC (2013-2017)
• Real-world when new: 75-85 miles
• Real-world today: an estimated 45-72 miles depending on year and condition
• Usable capacity: around 21-22 kWh of the nominal 24

The original pack. It uses LMO chemistry with passive air cooling and no thermal management to speak of, and after a decade-plus most of them have lost meaningful capacity. Pre-2015 cars are the weakest: it's common to find them at eight or nine bars, which is 45-60 real miles in mild weather and closer to 35-45 in winter.

That doesn't make them useless. A 24 kWh Leaf is a genuinely good second car for a household that does school runs and supermarket trips and has a driveway. It's a terrible only car for anyone who leaves town. Be honest about which you are before you buy one.

One trap worth knowing: on the earliest cars the CHAdeMO rapid-charge port was an optional extra, and plenty of base Visia models left the factory without one. If the car only has the Type 2 socket behind the flap, your fastest possible charge is around 3.5 hours. Look behind the badge before you commit.

30 kWh Nissan Leaf range (2016-2017)

• Official: 155 miles NEDC
• Real-world when new: 100-110 miles
• Real-world today: an estimated 70-90 miles
• Usable capacity: around 28 kWh

The 30 kWh pack moved to NCM chemistry and squeezed more energy into the same physical box by doubling the cells per module. On paper it's a 25% range increase, and when they're healthy they do deliver roughly that.

The 30 kWh also has the messiest reputation of any Leaf battery, and it's worth understanding why rather than just avoiding it. In 2017 owners began reporting capacity bars dropping far faster than expected, sometimes losing a quarter of indicated capacity inside 15,000 miles. Nissan investigated and concluded that a significant part of it was the battery controller miscalculating capacity rather than the cells themselves failing, and released a BMS software update for all 2016 and 2017 cars regardless of mileage.

The practical upshot for a buyer in 2026: some 30 kWh cars really did degrade badly and some were only reporting badly. You cannot tell which from the advert. Ask whether the BMS update was done, and check the actual capacity rather than trusting the dashboard bars alone.

Early-build 2016 cars appear to have fared worse than late-2016 and 2017 builds, so a later registration is generally the safer buy.

40 kWh Nissan Leaf range (2018-2024)

• Official: 168 miles WLTP (some configurations quote up to 177)
• Real-world when new: 140-150 miles
• Real-world today: an estimated 115-148 miles
• Usable capacity: around 39 kWh
• Efficiency: roughly 3.7 miles per kWh

This is the Leaf most people should be looking at. The Mk2 car is better in every direction: quieter, quicker, better-equipped, and with a battery that has aged far more gracefully than anything before it. Plenty of 2018 and 2019 cars are still showing twelve bars.

A fair planning figure is about 145 miles from a healthy 40 kWh pack, which is roughly 85% of the WLTP number. Break that down by how you actually drive:

The winter figure is the one that catches people out. Cold cells, cabin heating and wet roads together take an estimated 20-25% off, and the Leaf's heat pump (fitted to most Acenta and above) claws back some of it but not all. Pre-conditioning the car while it's still plugged in is the single most effective thing you can do about it.

62 kWh Nissan Leaf e+ range (2019-2024)

• Official: 239 miles WLTP (up to 247 on some configurations)
• Real-world when new: 190-200 miles
• Real-world today: an estimated 165-195 miles
• Usable capacity: around 56 kWh
• Efficiency: roughly 3.5 miles per kWh

The e+ put 55% more capacity into a pack barely 5mm taller, and bumped the motor from 110 kW to 160 kW while it was at it. It's the fastest Leaf and by a distance the most usable on long journeys.

It's also the Leaf with the longest remaining battery warranty, which matters more than it sounds. A 2021 e+ still has warranty cover into 2029. On a car where battery condition is the main financial risk, that is worth real money.

The e+ has one significant weakness and it isn't range, it's rapid charging. More on that below.

52 kWh and 75 kWh Nissan Leaf range (2026 on)

• 52 kWh: 271-280 miles WLTP depending on trim and wheels, 174 hp, 105 kW rapid charging
• 75 kWh: up to 386 miles WLTP (never below 368 even on the largest wheels), 214 hp, 150 kW rapid charging

The third-generation Leaf is a different car in the ways that matter most to anyone who has owned an old one. The battery is liquid-cooled with active thermal management that can pre-heat or pre-cool before a charging stop. The rapid-charge port is CCS, not CHAdeMO. The onboard AC charger is 11 kW rather than 6.6. Both versions do 10-80% in about half an hour.

That combination fixes essentially every complaint anyone had about Leaf number two. It also means the used market is about to split cleanly in half, with everything up to 2024 on a dying connector standard and everything from 2026 on the mainstream one.

Nissan quotes over 200 miles at a steady 80 mph for the 75 kWh, which if it holds up is genuinely strong for the class. UK pricing starts at £28,849 for the 52 kWh and £32,249 for the 75 kWh, both including the £3,750 Electric Car Grant.

One clarification, because people search for these: there is no 59 kWh, 60 kWh, 64 kWh or 80 kWh Nissan Leaf. The only batteries ever fitted are 24, 30, 40, 62, 52 and 75 kWh.

Nissan Leaf range in kilometres

What the battery bars mean for range

The Leaf is unusual in showing battery health directly on the dashboard, as a twelve-bar gauge next to the charge gauge. It's crude, but it's free and it's the first thing to look at on any used Leaf.

The bars aren't evenly spaced. The first one drops at around 85% state of health, and each one after that represents roughly 6.25%.

Figures are estimates for mild-weather mixed driving. Take 20-25% off for winter.

Two warnings about reading bars.

Twelve bars does not mean a perfect battery. A car can sit anywhere between 85% and 100% health and still show a full gauge, which is a 15% spread, around 20 miles on a 40 kWh car. "Twelve bars" in an advert is a floor, not a measurement.

The gauge can be wrong. This is exactly what happened to the 30 kWh cars, where some BMS units were under-reporting and dropping bars the car hadn't actually lost. A proper capacity reading tells you more than the dashboard does.

The eighth bar is the one with legal weight. Nissan's capacity warranty triggers when the gauge falls below nine bars, so a car showing eight bars inside its warranty period is a warranty claim, not a write-off.

How the Nissan Leaf battery ages

The Leaf's packs are air-cooled with no active thermal management, which is why the Leaf degrades faster than almost any other mainstream EV and why checking capacity matters more here than on a Zoe, an e-Niro or a Model 3.

Heat is the enemy. Three things drive it:

Rapid charging. Every CHAdeMO session heats the pack, and there's nothing to take that heat away except time and ambient air. A Leaf that has lived on motorway rapids will typically be measurably worse than an identical car that charged at 7 kW on a driveway.

Sitting at 100%. Ex-demo and ex-fleet cars left plugged in and full for long stretches tend to show it. Storing at 100% is hard on lithium-ion cells, and the Leaf has no charge-limit setting on early cars.

Ambient temperature. Less of an issue in the UK than in Arizona, but a car that spent years in southern Europe before being imported is a different proposition.

Rapidgate

On the 40 kWh and 62 kWh cars there's a specific behaviour worth understanding before you buy. Because the pack can't shed heat actively, the car protects itself by progressively cutting rapid-charging speed on consecutive fast charges. The first rapid of the day might run at 45-50 kW. The second is slower. By the third, on a warm day, you can be down to 20-25 kW, which turns a 45-minute stop into an hour and a half.

Owners named it rapidgate and it was never really fixed on the Mk2, because it isn't a fault; it's the thermal design doing what it has to. For most people, most of the time, it's irrelevant. If you routinely drive 300 miles in a day, it's disqualifying. The 2026 car's liquid cooling is the actual fix.

Which packs aged best

Roughly, best to worst:

1. 62 kWh e+: newest, largest, lowest cycle count for the mileage covered
2. 40 kWh: solid record, most cars still at eleven or twelve bars
3. 24 kWh, 2015-2017 (lizard cells): improved electrolyte, better heat tolerance
4. 30 kWh: genuinely mixed, some fine and some poor, check individually
5. 24 kWh, 2011-2014: the original chemistry, and it shows

Nissan Leaf battery warranty

Nissan runs two separate warranties on the battery and people conflate them constantly.

The defect warranty covers the pack failing: cell faults, manufacturing defects, outright failure. Eight years or 100,000 miles.

The capacity warranty covers gradual capacity loss, and only pays out if the dashboard gauge drops below nine of twelve bars within the term. That's a loss of more than a quarter of the original capacity. Lose three bars and you're covered; lose two and you're not, however much range you've actually lost.

Warranty term by battery

The 24 kWh figure is the one people get wrong. When the 30 kWh pack launched, Nissan explicitly extended capacity cover from five years to eight because it was confident in the new chemistry, which tells you what it thought of the old one. Every 24 kWh Leaf on the road today is outside capacity cover regardless of mileage.

One wrinkle worth flagging: Nissan UK's current warranty page words the pre-MY22 position differently to the older Customer Promise terms, and dealer interpretations vary. The warranty booklet that came with the car is the document that governs it. If you're relying on a claim, get the specific terms for that VIN from a Nissan dealer in writing before you spend anything.

Does it transfer to a new owner?

Yes. The battery warranty runs with the vehicle, not the owner, so buying used doesn't reset or void it. Remaining cover is a real part of a used Leaf's value, and it's one of the numbers our check returns in months and miles.

Making a claim

Nissan repairs or replaces enough of the pack to bring it back to nine bars. Not to new, to nine bars. Worth setting expectations about, because "warranty replacement" leads people to imagine a fresh pack and full range.

Charging a Nissan Leaf

Charge times

*Early 24 kWh cars with the 3.3 kW onboard charger can't use the full 7 kW a home charger offers. The onboard charger is the bottleneck, not the wallbox.

The important number in that table is the middle column, because that's how you'll actually charge. Every Leaf up to 2024 has a 6.6 kW onboard AC charger at best, so a 7 kW home unit is all the wallbox you'll ever need; an 11 kW or 22 kW install is money wasted. The 2026 car is the first Leaf that can genuinely use 11 kW.

Charge rates and connectors

The CHAdeMO problem

This deserves its own heading because it's the biggest practical issue with buying any used Leaf in 2026, and it has nothing to do with the battery.

Every Leaf built up to 2024 rapid-charges on CHAdeMO. Almost nothing else sold in the UK does. The industry standardised on CCS, and the CHAdeMO network is shrinking rather than growing: there are roughly 2,800 CHAdeMO connectors left against more than 35,000 CCS. Gridserve, IONITY, Tesla, Osprey and BP Pulse's newer sites don't install CHAdeMO at all, and existing units are being retired as they fail rather than repaired.

You are not stranded. You can charge on AC anywhere, and there are still CHAdeMO units at plenty of older sites and most Nissan dealers. But you'll plan differently to everyone else, you'll find more of them out of order, and it's a factor in what a Mk2 Leaf will be worth in three years.

CHAdeMO-to-CCS adapters exist and some Leaf owners run them, but support is inconsistent across networks and Nissan doesn't endorse them. Research carefully before buying one.

Charging at home

For a UK household with off-street parking:

• A 7 kW wallbox is the right choice for every Leaf. Nothing before 2026 can use more.
• A three-pin granny cable works but is slow, 19 hours for a 40 kWh car from empty. Fine as a backup or for a car that only does short trips, not as a primary plan.
• A smart EV tariff is where the money is. Off-peak rates of 7-8p per kWh against a capped standard rate of 26.11p mean overnight charging costs roughly a quarter of what daytime charging does.
• Pre-condition in winter while the car's still plugged in. Heating the cabin from the mains instead of the battery is worth an estimated 10-15 miles on a cold morning.

Charging on the road

Costs vary enormously by network. As of mid-2026, UK public charging averages around 54p per kWh on slower units and 79p per kWh on rapids, with the big rapid networks spread between roughly 61p and 92p. Tesla's Superchargers are among the cheapest open to all drivers, though as a CHAdeMO car, a Mk2 Leaf can't use them without an adapter.

Nissan Leaf running costs

Cost of a full charge

Based on the July-September 2026 Ofgem cap of 26.11p per kWh, a typical smart EV tariff at 7p, and the current 79p average for public rapids:

Cost per mile

The spread between the first and last columns is the entire economic argument for EV ownership. Charge a 40 kWh Leaf at home overnight and you're paying under 2p a mile. Charge the same car exclusively on public rapids and you're paying 21p a mile, which is petrol money.

Monthly and annual electricity cost

At 8,000 miles a year, which is roughly the UK average:

Note that battery size barely changes the monthly cost. You pay for miles, not for capacity: a bigger battery doesn't cost more to run, it just means fewer stops. The only thing that genuinely moves this number is efficiency, which is why the aerodynamically far slicker 2026 car is cheaper per mile than the old one despite being bigger.

Home charger installation

A 7 kW smart wallbox installed typically runs £800-£1,200 in 2026 depending on the unit and how far it is from your consumer unit. If you rent or live in a flat, the EV chargepoint grant may cover a chunk of it, worth checking current eligibility before you commit.

Battery replacement and upgrades

For older Leafs this eventually becomes a real question rather than a hypothetical.

The upgrade path is genuinely interesting and it's specific to the Leaf. UK specialists including Cleevely EV and Kinghorn Electric Vehicles fit larger packs into older cars using a CAN bridge, so a tired 2014 24 kWh car can end up with more range than it ever had new.

Whether that makes financial sense depends entirely on the rest of the car. Spending £6,000 on a 2014 Leaf worth £3,500 is a decision about keeping a car you like, not an investment. On a tidy, low-mileage example with a good body and a fresh MOT, plenty of owners think it's worth it.

A word on DIY: the Leaf pack runs at around 360 volts and is genuinely dangerous to work on without training and the right equipment. This is not a job to learn on YouTube.

Vehicle-to-grid: the Leaf's party trick

One thing the old Leaf does that most EVs still can't: it exports power. CHAdeMO supported bidirectional charging long before CCS did, which makes the 2013-2024 Leaf one of very few cars in the UK that works with vehicle-to-grid and vehicle-to-home hardware.

With a compatible bidirectional charger (the Fermata Energy FE-15 is the one most people ask about), a Leaf can power a home during peak hours, or sell energy back to the grid on the right tariff. On paper an e+ holds enough for a couple of days of typical household electricity use.

The caveats are real. The hardware is expensive, installation is specialist, tariffs that pay properly for export are limited, and cycling the battery harder accelerates degradation on a pack that already degrades faster than most. But it's a genuine capability and it's part of why old Leafs have a following.

Slightly ironic footnote: by moving to CCS, the 2026 Leaf loses the connector that made this possible in the first place.

Which used Nissan Leaf should you buy?

Budget under £5,000: a 24 kWh car, 2013-2015. Expect an estimated 50-70 miles. Only sensible if you have a driveway and it's a second car. Prioritise a 2015 with lizard cells and check the rapid port exists.

£5,000-£8,000: a 30 kWh (2016-2017) or a high-mileage 40 kWh. The 30 kWh gives an estimated 70-90 miles if it's healthy. Insist on knowing whether the BMS update was done and check actual capacity, not just bars.

£8,000-£13,000: a 40 kWh, 2018-2020. This is the sweet spot. An estimated 115-140 real miles, still on eleven or twelve bars, and 2019-onward cars have battery warranty left.

£13,000-£18,000: a later 40 kWh (2021-2023) or an early e+. Longer warranty, better trim, and on an e+, an estimated 165-190 miles.

£18,000+: a 62 kWh e+, 2021 onward. The most usable used Leaf, with warranty running into the late 2020s.

New: the 2026 car, and it isn't a close contest. Liquid cooling, CCS, 11 kW AC and 271-386 miles solve every structural weakness of the old ones.

What to check on any used Leaf

• Capacity, not just bars. Twelve bars covers a 15% spread of actual health.
• Charging history. A car that lived on rapids will typically be worse than one that charged at home.
• Rapid port presence on early cars, some genuinely don't have one.
• BMS update on 2016-2017 30 kWh cars.
• Remaining battery warranty in months and miles, not just "it's a 2019".
• Battery version on 2016-2017 cars, 24 or 30 kWh changes the value substantially.
• 12V battery health. Unrelated to the traction pack but a very common cause of a Leaf that won't wake up, and cheap to fix.

Check a specific Nissan Leaf before you buy

Everything above is model-level. What you actually need is car-level, and there's no way to get it from the advert: battery state of health isn't on the V5C, isn't on the MOT, and isn't published by DVLA.

Enter the registration into the Used EV Check and you'll get, for that specific Leaf:

• Expected real-world range now versus when new
• An estimated degradation figure
• A battery-health grade where a manufacturer test record exists
• Battery warranty remaining, in months and miles
• Full MOT and mileage history, so you can spot clocking or a car that's covered far more motorway miles than the seller implies

It's the fastest way to tell a good Leaf from a tired one before you drive across the country to look at it.