
Nissan has revealed the sixth-generation Micra as a fully electric vehicle, marking a major transition for the long-standing nameplate. Set to go on sale in Europe by late 2025, the new Micra EV has been designed to suit urban lifestyles with its compact footprint, playful styling, and a real-world driving range of up to 408 km. However, despite its promising specifications, the company has not yet confirmed whether the model will be launched in the Indian market, leaving its local relevance open to question.
Built on the AmpR EV platform, the new Micra is available with two battery packs, 40kWh and 52kWh, offering 310 km and 408 km of range respectively. It supports 100kW fast charging, allowing a 15 to 80 percent charge in just 30 minutes. Features like vehicle-to-load (V2L) power output and regenerative braking with e-Pedal mode add to its practical appeal. The Micra has also been designed for efficiency, weighing just 1400 to 1524 kg depending on the variant, and utilises a multi-link rear suspension setup for better ride quality.

In terms of design, the Micra has moved away from its conventional hatchback shape, adopting a more SUV-like stance with pronounced arches and 18-inch wheels. The cabin follows a minimalist yet tech-forward approach with dual 10.1-inch displays, customisable ambient lighting, and materials that differ across three distinct interior trims. Google built-in connectivity, voice-controlled functions, and over-the-air updates are part of the Micra’s infotainment experience, underscoring its positioning as a modern urban EV.
For Indian buyers, the Micra name carries history, but its new electric avatar might not immediately resonate unless priced competitively and assembled locally. India’s EV space is growing, but remains extremely price-sensitive, especially in the compact hatchback segment. While models like the Tata Tiago.ev have found a foothold by staying under INR 10 lakh, a premium European import like the Micra EV would likely land in a higher bracket unless Nissan localises production.
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