Used Nissan Leaf 2nd Gen (2018-2022): Buyer's Guide

As of June 2026, Nissan is telling owners of 44,781 second-generation Leafs to stop using DC fast charging. The recall covers 2019 through 2022 model years equipped with a CHAdeMO port, and a class action lawsuit filed in Canada claims the software fix Nissan issued hasn't fully solved the problem. There's a version of the second-gen Leaf that's clean of this recall: the 2018.

That's the first thing to know before shopping a used 2nd gen Leaf. It's not the only thing. Battery degradation, Rapidgate, a dead charging standard, and a radar that doesn't like moisture are all real considerations. But if you buy the right year, the right battery, and verify a few specific things before signing, the second-gen Leaf is a capable, cheap-to-run commuter with a well-understood failure playbook.

This Generation at a Glance

The second-generation Nissan Leaf (internal code ZE1) launched for the 2018 model year. It replaced the 2011-2017 first generation with a completely redesigned body, improved battery chemistry, and new powertrain electronics. The car is front-wheel drive only. No AWD was ever offered.

Two distinct powertrains define this generation:

The 40 kWh standard Leaf uses a CHAdeMO connector for DC fast charging, available as an option on SV and SL trims. The 62 kWh Plus also uses CHAdeMO. The 2018 model year is the only one not covered by the battery fire recall, though the 40 kWh S trim without a fast charge port is immune in all years.

Mid-cycle highlights within the generation:

• 2019 (mid-year): Leaf Plus trims introduced with 62 kWh battery
• 2021: Safety Shield 360 standard across all trims; Apple CarPlay and Android Auto standard; additional airbags; telescoping steering wheel
• 2022: No significant changes from 2021

See listings by year: 2018, 2019, 2020, 2021, 2022.

Powertrain and Trim Breakdown

40 kWh Standard Battery (2018-2022)

Trims: S, SV, SL.

The 40 kWh pack delivers 149-151 miles of EPA range. In real-world mixed driving, owners report 100-130 miles in moderate climates, dropping to 80-100 miles in cold weather or at highway speeds. A well-maintained 2021 40 kWh Leaf in a cool climate with modest mileage should still deliver 120+ miles per charge.

What owners like: Low fuel costs ($700/year in electricity), minimal maintenance (no oil changes, no spark plugs, no timing belt), and one-pedal e-Pedal driving that makes city commuting genuinely easier than gas cars.

Battery degradation. The 40 kWh pack has no active liquid thermal management. It's passively air-cooled, which is the same approach Nissan used on the 1st gen and the reason that generation got roasted. The 2nd gen is better. Community tracking data from MyNissanLeaf.com shows roughly 2-5% capacity loss in year one, then 2-3% per year after that in moderate climates. Hot climates and frequent DC fast charging push that significantly higher.

Nissan's 8-year/100,000-mile battery warranty covers capacity loss. The trigger: if the dashboard drops to 8 bars or fewer (out of 12) within the warranty window, Nissan must restore capacity. The practical math: each bar represents roughly 6-8% of original capacity, making the warranty threshold somewhere around 65-70% remaining. Losing one or two bars is normal aging. The warranty covers abnormal degradation, not the creep.

Rapidgate. The 40 kWh Leaf throttles DC fast charging after the first session. At a cool battery, peak charge speed is around 40-50 kW. After one charge, the battery warms up. With no liquid cooling to shed that heat, the car's software steps charge rate down to 20-30 kW to prevent damage. On a long trip with multiple DC charge stops, what should be 40-minute sessions can stretch past an hour. Nissan issued a software update in late 2018 that raised the temperature threshold before throttling kicks in. It helped but didn't eliminate the problem. Early 2018 models without the update are worse.

The Rapidgate issue makes the 40 kWh Leaf a poor road-trip car if you're relying on DC fast charging. As a daily commuter that charges at home overnight, it's a non-issue.

The battery fire recall. Recall 24V700000 covers 2019-2020 Leaf models with a CHAdeMO port. The defect: excessive lithium deposits in battery cells increase resistance, which can cause rapid heating during Level 3 charging and potentially a battery fire. Nissan issued a software remedy, but a class action lawsuit filed in early 2026 claims the fix doesn't fully resolve the risk. As of June 2026, Nissan advises affected owners to avoid Level 3 DC fast charging until a complete remedy is available.

The 2018 Leaf is not covered by this recall. The 40 kWh S trim (which lacks a CHAdeMO port in all years) is also unaffected.

ProPilot radar (2018 specifically). The 2018 Leaf's ProPilot Assist front radar unit is susceptible to ice buildup and moisture intrusion. Owners on MyNissanLeaf.com have documented failures from car washes and wet weather, sometimes requiring dealer resets or radar replacement. Later years had a redesigned housing. If you're buying a 2018 with ProPilot, confirm the radar hasn't been flagged for issues.

Year-specific notes for 40 kWh buyers:

• 2018: Clean of fire recall. Most susceptible to Rapidgate before the software update. ProPilot radar issue. Best pick for Level 1/2 charging-only buyers.
• 2019: First year of the Plus, but base 40 kWh carries fire recall and worst complaints (233 total, including 2 fires, 5 injuries per NHTSA). Avoid 2019 40 kWh unless recall confirmed remedied.
• 2020: Battery and motor failures earned 2020 a poor reliability mark from Consumer Reports. Fire recall also applies. Avoid 40 kWh 2020 unless compelling price.
• 2021-2022: Reliability recovered. Safety Shield 360 and CarPlay/Android Auto now standard. Fire recall applies; confirm software update completed.

62 kWh Plus Battery (2019-2022)

Trims: S Plus, SV Plus, SL Plus.

The Plus uses a larger 62 kWh pack (59 kWh usable), a more powerful 214 hp motor, and delivers 212-226 miles EPA range. Real-world owners report 160-190 miles in mixed driving, dropping to 140-160 in cold weather.

What owners like: The range substantially reduces range anxiety for most commuters. The extra power (compared to the standard) makes merging and highway driving more confident. The 62 kWh pack also degrades more slowly in practice because each charge cycle is proportionally smaller and the cells run at less thermal stress.

Battery degradation compared to 40 kWh. Community data tracked on MyNissanLeaf.com suggests the 62 kWh pack holds up better than the 40 kWh over time. The larger cell count distributes thermal load more evenly. The fundamental problem (no liquid cooling) remains, but real-world degradation curves are flatter for Plus owners.

Rapidgate on the Plus. Initial testing of the 62 kWh Plus showed it also throttles charging on longer trips, though less severely than the 40 kWh. The Plus is more suitable for occasional road trips than the standard, but it still isn't a cross-country EV.

The CHAdeMO problem. The Leaf Plus uses CHAdeMO for DC fast charging. CHAdeMO is a dying standard. As of 2026, there are roughly 7,400 CHAdeMO ports in the U.S. vs. 12,000+ CCS ports and 21,000+ NACS (Tesla Supercharger) ports. Nissan moved to CCS for the Ariya and NACS for the 2026 Leaf. They have no plans to offer an official adapter for 2nd gen Leaf owners. A third-party A2Z adapter that converts CCS to CHAdeMO exists, but it's an extra purchase and adds friction.

For buyers who charge primarily at home, this is manageable. For buyers who rely on public charging networks, the CHAdeMO situation will get worse over time as networks retire older equipment.

The battery fire recall. Recall 24V700000 covers 2019-2020 Plus models. Recall 25V655000 covers 2021-2022 Plus models. Both involve CHAdeMO-equipped vehicles with the battery overheating risk during Level 3 charging. The software remedy has been issued but is contested. Verify the recall is completed on any 2019-2022 Plus you consider.

Year-specific notes for Plus buyers:

• 2019: First year of Plus, mid-year availability. Fire recall applies; verify remedy.
• 2020: Reliability issues affected this year broadly. Plus less impacted than standard but still avoid without careful LeafSpy inspection.
• 2021: Sweet spot year. Reliability improved. Standard CarPlay and Safety Shield 360. Fire recall has software remedy available. Confirm it's done.
• 2022: Essentially 2021 with a different model year badge. Four recalls in total; all have software remedies.

Trim-Specific Notes

The standard 40 kWh comes in S, SV, and SL. The Plus comes in S Plus, SV Plus, and SL Plus.

S and S Plus: Base trims. The S Plus is worth considering for budget buyers who want range without leather or a Bose stereo. One important note: the base S trim does not include a CHAdeMO DC fast charge port. If DC fast charging is important to you, you need SV or above. If DC fast charging isn't important to you, the S trim's lack of a CHAdeMO port makes it immune to the battery fire recall in all years.

SV and SV Plus: The sweet spot. Adds the CHAdeMO charge port, navigation, better stereo, and NissanConnect. The SV Plus is consistently recommended by owners as the best value configuration.

SL and SL Plus: Adds leather seats, Bose stereo, leather-wrapped steering wheel. For commuters who want maximum comfort, worth the premium. The real-world reliability difference between SV and SL is nil. It's a features question.

Heat pump vs. resistive heating: SV and SL trims include a heat pump for cabin heating, which is more efficient than resistive electric heat. In cold climates, the heat pump preserves more range in winter. The base S trim uses resistive heating only. If you're in a cold climate, SV or above is worth it on efficiency alone.

The CHAdeMO charge port option on SV trims: On 2018 models, the CHAdeMO port wasn't standard on SV. It required the optional Charge Package. When shopping 2018 SVs, verify whether the port is present.

Which Model Years to Target Within This Gen

For 40 kWh buyers: The 2018 is the cleanest pick. It's the only year free of the battery fire recall, which as of mid-2026 remains unresolved. The catch: you get fewer features, and early 2018 builds had the worst Rapidgate behavior before Nissan's software fix. Look for later 2018 production dates (after November 2018 when the update rolled out) or confirm the update has been applied at a dealer.

For Plus (62 kWh) buyers: The 2021 SV Plus is the target. Reliability recovered from 2020, CarPlay is standard, Safety Shield 360 is standard, and the battery fire recall has an available software remedy. The 2022 is essentially identical and sometimes cheaper as one more year of depreciation has hit.

Pre-Purchase Inspection Checklist

Battery (all trims)

• Get a LeafSpy Pro scan before buying. You need a Bluetooth OBD-II adapter and the LeafSpy Pro app. The seller has to consent to this. If they won't let you scan, walk away.
• Check State of Health (SOH%). Healthy used Leafs in good climates: high 80s to low 90s percent. Red flag: anything in the 60s or below.
• Check the Hx value (power delivery proxy) and cell voltage spread. Large spreads between cells indicate an unbalanced or stressed pack.
• Look at the 12-bar capacity display on the dashboard. Eight bars or fewer means the battery may trigger a warranty replacement claim if still in warranty; it also means real range is substantially compromised.
• Ask the seller what climate the car has lived in. A 2020 Leaf from Phoenix is not the same as a 2020 Leaf from Seattle.
• Ask about fast charging frequency. Frequent CHAdeMO use in warm climates is the fastest path to degradation.

Recall verification (2019-2022 with CHAdeMO)

• Run the VIN through the recall lookup tool.
• Confirm the CHAdeMO battery overheating recall (24V700000 for 2019-2020, 25V655000 for 2021-2022) has been remedied. Ask for the dealer service record showing the software update.
• Confirm the unintended acceleration recall (23V494000) software update is done. This affects 2018-2022 and takes about 30 minutes at a dealer.
• Confirm the rearview camera harness recall (24V071000) is completed.

Electronics and systems

• Cold-start test: power the car on without immediately going into Ready mode. Watch for persistent warning lights. Multiple lights that don't clear often point to a weak 12V battery.
• Test ProPilot Assist on a highway stretch if equipped. If it randomly disengages or gives radar warnings, the front radar unit may need service.
• Test e-Pedal mode. It should bring the car to a full stop without touching the brake.
• Check all charge port covers for cracks and the CHAdeMO port for corrosion or damage.

Brakes and mechanical

• Check rotors for visible rust lip (common in wet climates where regen handles most stopping). Rust buildup on unused brakes can cause sticking calipers.
• Test brakes hard in a safe area. The Leaf's regenerative braking system and friction brakes blend at different thresholds; a pulsing pedal may indicate glazed rotors.

Running Costs

What you don't pay for: Oil changes, spark plugs, timing belt, transmission fluid. The EV drivetrain eliminates 60-70% of typical gas car service items.

Brake pads: Thanks to regenerative braking doing most of the slowing, most Leaf owners go 60,000-100,000 miles on a set of pads. Budget about $300 per axle when they eventually need replacement. In wet or salty climates, rotors may need attention sooner due to rust, even if pads are fine.

12V battery: Expect to replace the 12V auxiliary battery at some point if you're buying an older example. Cost: $100-200. Keep the car plugged in during extended storage; the DC-DC converter charges the 12V from the main pack.

Tires: Original equipment tires on new Leafs were reportedly cheap, with multiple owners replacing them before 15,000 miles. Check the tires carefully regardless of age.

FAQ

Is the 2nd gen Nissan Leaf 40 kWh reliable? Yes, with caveats. The 40 kWh pack's lack of liquid cooling makes it susceptible to battery degradation in hot climates or with heavy DC fast charging. As a home-charging commuter in a moderate climate, the 40 kWh Leaf is mechanically simple and cheap to maintain. The 2018 is the most reliable year for the standard pack.

What year 2nd gen Nissan Leaf should I avoid? The 2019 and 2020 are the riskiest model years. The 2019 had the highest NHTSA complaint volume (233) and introduced first-year Plus issues. The 2020 had documented motor and battery reliability problems that drove down Consumer Reports ratings. Neither is a skip if priced accordingly and inspected well, but they require more due diligence.

How many miles does a 2nd gen Nissan Leaf battery last? Nissan's battery warranty covers 8 years or 100,000 miles. Community data from MyNissanLeaf.com shows most 2nd gen Leafs retain 80-90% of original capacity through 50,000-60,000 miles in moderate climates. Hot-climate cars or heavy DC fast chargers can drop significantly faster. Always run a LeafSpy Pro scan before buying.

Does the Nissan Leaf work for road trips? Barely, and only with planning. Both the 40 kWh and 62 kWh use CHAdeMO for DC fast charging, which is a shrinking standard. The 40 kWh also throttles charging speed after the first fast charge session (Rapidgate). The 62 kWh Plus handles road trips better with its 212-226 mile range, but CHAdeMO infrastructure is less dense than CCS. If road trips are a regular need, a different EV is a better fit.

Is the CHAdeMO battery fire recall fixed? Nissan issued a software remedy for recalls 24V700000 (2019-2020) and 25V655000 (2021-2022). As of mid-2026, a class action lawsuit claims the fix is incomplete and batteries can still overheat. Nissan continues to advise owners to avoid Level 3 DC fast charging on affected vehicles. Verify any 2019-2022 Leaf you consider has had the recall service done, and monitor for remedy updates.

Bottom Line

The 2021 Leaf SV Plus (62 kWh) is the best version of this generation for most buyers. Best reliability year, most standard features, and the largest battery with the lowest degradation risk. The 2022 is functionally identical and sometimes cheaper.

If budget is the priority and range needs are modest, a 2018 SV in a good climate with a verified LeafSpy SOH above 85% is the cleanest 40 kWh pick in this generation: no fire recall, known issues, cheap to run.

Before buying any 2019-2022 Leaf with a CHAdeMO port, run the VIN through a recall check and get the service records showing the battery recall was completed. That one step separates a good buy from a problem you didn't know you were inheriting.

CarScout members can set price alerts for specific Leaf years and trims at usecarscout.com ($15/month or $99/year).

Data sourced from NHTSA recalls database, EPA fuel economy data, and real owner experiences from MyNissanLeaf.com, Speak EV forums, CarComplaints.com, and NHTSA complaint records. See the full Nissan Leaf market data for current pricing and inventory.