Nissan’s new Micra EV mirrors Renault 5 mechanically but adds small range and trim differences

Nissan’s first fully electric Micra is mechanically identical to the market-leading Renault 5 EV, sharing batteries, electric motors, chassis components and assembly architecture, the company confirmed at the car’s European launch in Rotterdam.

The vehicle reaches UK showrooms nearly a year after Renault’s reborn 5 and is offered at closely matched pricing, starting from £21,495 after the UK Government’s £1,500 Electric Car Grant. Nissan says the decision to rebadge and restyle the model rather than reengineer its mechanical underpinnings reflects long-standing alliance arrangements with Renault, timing of the launch and the cost constraints facing the company.

Nissan executives told reporters the Micra benefited from Nissan’s investment in the Renault 5 project and that the Japanese firm contributed to the development effort. The automaker also pointed to a recent £3.8 billion net loss, saying further mechanical divergence would have raised development costs at a time when the company must prioritise financial stability.

Styling and interior materials distinguish the Micra from its Renault sibling. Nissan’s design team in the UK reworked exterior panels and details to reference the brand’s bulbous third-generation Micra rather than the Renault 5’s 1980s retro theme. The Micra features split elliptical LED daytime running lights, an indented side profile Nissan calls a “gelato scoop,” and different rear-light graphics. Inside, the dual-screen layout and much of the switchgear are carried over, but Nissan has used alternate materials in higher trims and a different roof lining and dash surfacing to alter the cabin’s look and feel.

The Micra is offered with two lithium-ion battery options and corresponding electric motors. A 40 kWh battery pairs with a 121 bhp motor, while a 52 kWh pack is available with 148 bhp. Nissan’s quoted WLTP range for the larger battery is 260 miles, marginally higher than the Renault 5’s 252-mile figure, a difference Nissan attributes to revised bodywork and slightly improved aerodynamics. In real-world mixed driving during the launch event, testers reported that the car’s remaining-range indications suggested a practical distance closer to about 240 miles, depending on conditions and use.

Acceleration for the 52 kWh Micra is rated at 0-62 mph in 7.8 seconds and the car has a top speed of 93 mph. The smaller 40 kWh variant is limited to 80 kW DC charging, while the 52 kWh version can take up to 100 kW DC; Nissan says both packs can be charged from 15 to 80 percent in roughly 30 minutes on a suitable rapid charger. Both versions include an 11 kW onboard AC charger for home or slower public charging. Using a typical 7.4 kW domestic wallbox, the 40 kWh battery takes about 6.5 hours to full, and the 52 kWh takes about 8.5 hours.

Driving impressions at the launch echoed the consensus around the Renault 5: the Micra’s chassis is agile and well balanced, with responsive steering and good grip that make it competent both in town and on sweeping country roads. The car’s electric architecture and floor-mounted battery give it low centre of gravity, contributing to a settled feel at motorway speeds and solid cabin acoustics. Reviewers noted slightly more tyre rumble than rivals with narrower tyres and a degree of harshness at very low speeds, but generally described the package as mature for its size.

Ergonomic differences are limited. The Micra retains the Renault’s trio of stalks behind the wheel—separate wands for lights, indicators and the drive selector—which some drivers find unintuitive. The drive-selector stalk lacks a dedicated ‘‘Park’’ button: selecting park requires deliberately placing the car into neutral and using the door-open feature in some cases, a quirk highlighted by test drivers. Top-level Micra Evolve trim features synthetic-leather dashboard panelling, carbon-weave style trim inserts and a waffle-cone roof liner that lift perceived quality, although lower sections of the cockpit still use hard plastics.

The Micra’s regenerative braking system is adjustable in three settings on the tested top trim, allowing drivers to dial in near one-pedal operation or a lighter coasting feel. Nissan said the feature, standard at higher specification levels on the Micra, is a competitive differentiator compared with the Renault 5, which offers a different approach to regen behaviour.

Practicality is broadly aligned with the supermini segment. The Micra’s boot volume is 326 litres with the rear seats up, increasing to 1,106 litres with seats folded in a 60/40 split, although the rear seatbacks do not fold completely flat. The car’s compact exterior and narrow rear windows create a somewhat cocooned feeling in the rear seats and reduce headroom for taller passengers; visibility is aided by standard parking sensors and available reversing camera and active safety systems including lane-keep assist and blind-spot intervention.

Pricing and market positioning place the Micra directly against the Renault 5. Nissan’s launch pricing, inclusive of the government grant, starts at £21,495, while the tested Extended Range 52 kWh Evolve model carries an on-the-road price of about £28,365. Dealers and analysts expect similar residual values for the two sister models, so the choice for buyers is likely to rest on styling preference, interior trim choices and small technical differences such as the Micra’s quoted extra range and its adjustable regenerative braking.

Automotive industry commentators said platform sharing within alliances is a common cost-management strategy. Nissan’s public comments and the timing of the Micra’s launch reflect that approach: the company acknowledged its involvement in the Renault 5’s development and framed the Micra as a way to broaden the group’s market reach with two distinct brand personalities built on a single underlying EV architecture.

Company officials and independent reviewers said both the Micra and Renault 5 represent significant steps for their respective brands in the compact electric segment and are likely to be among the class leaders for driving dynamics, equipment and perceived refinement. Buyers will decide between the two largely on design preference and minor technical differences rather than substantive mechanical variations.