About the Nissan Leaf Mk1
AI-generatedThe Nissan Leaf Mk1 (2010-2017) was the world's first mass-produced electric vehicle, marking a pivotal moment in automotive history. Available initially with a 24kWh battery pack offering approximately 109 miles of range, Nissan introduced a 30kWh version in 2016 that extended this to around 155 miles. The Leaf featured a 109bhp electric motor producing 254Nm of torque, delivering smooth, silent acceleration and zero tailpipe emissions. As a practical five-door hatchback, it offered comfortable seating for five and a decent 370-litre boot. The Mk1 Leaf pioneered many features that would become standard in EVs, including regenerative braking, smartphone connectivity for remote charging control, and the CHAdeMO rapid charging standard. While the technology was groundbreaking for its time, early Mk1 models suffered from limited range, lack of battery thermal management leading to accelerated degradation in some cases, and a basic interior compared to conventional rivals. Despite these shortcomings, the Leaf proved electric cars could be practical daily drivers and established Nissan as an EV pioneer. Over 175,000 first-generation Leafs were sold worldwide, with thousands still in service on UK roads today at increasingly affordable prices.
Known Issues
Known Issues
Mk1 (2010-2017)
2010-2017
- Battery degradation - especially 2011-2015 models lack thermal management, leading to capacity loss particularly in hot climates or with frequent rapid charging
- 12V auxiliary battery failure causing complete vehicle shutdown despite main battery charge
- Brake actuator fault (can cause warning lights and reduced braking efficiency)
- Gearbox bearing wear causing whining noise under acceleration
- Door handle mechanisms prone to breaking, particularly driver's side
- Electric motor inverter failure (rare but expensive repair)
- Charging port door mechanism failure
- Air conditioning system failures, particularly the electric compressor
- Body control module software glitches causing various electrical gremlins
- Rear hatch struts weakening, causing hatch to drop unexpectedly
Running Costs
Running Costs
Annual Fuel
£400-£600
Insurance Group
15-20
Average Service
£150-£250
Pros & Cons
Pros & Cons
Pros
- Zero emissions and exempt from London Congestion Charge (until 2025)
- Very low running costs - approximately 3-4p per mile for electricity
- Minimal servicing requirements with no oil changes, timing belts, or clutches
- Smooth, quiet, relaxing driving experience with instant torque
- Eligible for reduced VED (road tax) - currently free for zero-emission vehicles
- Good standard equipment including sat-nav and smartphone connectivity on most models
- Comfortable ride quality and spacious interior for family use
Best & Worst Years
Best & Worst Years
Best Years
- 2016 - Introduction of the 30kWh battery with significantly improved range (155 miles NEDC), better battery chemistry, and all the refinements from six years of production. Most reliable Mk1 variant.
- 2017 - Final Mk1 year with 30kWh battery, incorporating all updates and improvements. Most refined first-generation model with best residual battery health and longest remaining usable life.
Worst Years
- 2011 - Early production model with 24kWh battery lacking thermal management, leading to accelerated battery degradation. Many examples now showing significant capacity loss (below 70% State of Health).
- 2012 - Continued battery degradation issues, particularly for cars subjected to hot climates or frequent rapid charging. Limited range now severely compromised on many examples.
Did You Know?
Did You Know?
The Nissan Leaf was named 2011 World Car of the Year and European Car of the Year, the first EV to win both awards
Leaf batteries have been repurposed for home energy storage systems and even illuminating stadium floodlights
The name 'LEAF' is actually an acronym standing for 'Leading, Environmentally friendly, Affordable, Family car'
Early UK Leafs were assembled in Oppama, Japan, but from 2013 production moved to Nissan's Sunderland plant
Gallery
Alternatives to Consider
Renault Zoe
Similar size and price point with better range on later models. More modern interior but beware early models with battery lease complications.
BMW i3
More premium feel, innovative design, and fun to drive. Carbon fiber construction but smaller boot and higher running costs. Range extender option available.
Volkswagen e-Golf
Conventional Golf practicality with electric drivetrain. Better interior quality but more expensive and less common on used market.
Kia Soul EV
Quirky styling with practical SUV-style body. Similar technology to Leaf but less common. Benefits from Kia's 7-year warranty if still applicable.
Owner Tips
- 1Check battery State of Health (SoH) using LeafSpy app with OBD reader - aim for 80% or higher on 24kWh models, 85%+ on 30kWh
- 2Replace the 12V auxiliary battery every 3-4 years preventatively to avoid being stranded
- 3Avoid leaving the car at very high or very low state of charge for extended periods to preserve battery health
- 4Use timed charging to finish just before departure rather than leaving fully charged overnight
- 5In winter, precondition the cabin while plugged in to save battery range
- 6Keep an eye on brake fluid condition as regenerative braking means brake discs can corrode from lack of use
- 7Check for software updates at Nissan dealers - several TSBs address various niggles
- 8Join Leaf owner forums and Facebook groups for wealth of knowledge and DIY repair guides
Check a specific Nissan Leaf
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