Nissan is preparing to enter the electric city car segment with the Nissan Wave, a battery-electric A-segment hatchback that is closely related to the Renault Twingo. The Wave aims to offer a smaller and more affordable alternative below Nissan’s Micra, targeting urban drivers in Europe.
Design Strongly Reflects Renault Twingo
Spy photos from testing in Spain reveal the Wave wearing a body that is almost identical to the current Renault Twingo. The side profile, including the roofline, window shapes, door handles, and side mirrors, matches the French model. A few exterior details, such as the front bumper, central air intake pattern, and rear lights, are unique to Nissan’s version. The rear taillights stand out with a new vertical design alongside a subtly changed rear bumper.
This close visual link confirms Nissan’s plan to rebadge the Twingo for the Wave rather than develop a completely new city car.
Likely Mechanical Specs and Pricing
The Nissan Wave will likely share the Renault Twingo E-Tech’s electric powertrain. This setup includes a 27.5 kWh battery paired with an 80-horsepower motor. The Twingo’s performance figures suggest a 0-100 km/h time over 12 seconds and a top speed around 130 km/h (81 mph). The expected WLTP range is about 263 km (163 miles), which should serve urban needs well.
Pricing is expected to start below €20,000, similar to the Renault Twingo’s current entry-level price in Germany. This positions the Wave as an affordable electric option in the compact city car segment.
Launch Expected in Europe Next Year
While the exact launch date is not confirmed, industry insiders expect the Nissan Wave to debut in 2027. Some reports suggest a possible late-2026 unveiling, but sales will likely begin next year, focusing on European markets where compact electric cars are popular.
The Wave adds to Nissan’s electric lineup in Europe, offering a simpler and smaller alternative to the Micra EV. It will be interesting to see how buyers respond to the Wave compared to its Renault sibling once it arrives.
Source: autoevolution.com