Home » Mitsubishi’s Eclipse Sportback shows how Leaf platform sharing cuts costs but raises price tags

Mitsubishi’s Eclipse Sportback shows how Leaf platform sharing cuts costs but raises price tags

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Mitsubishi’s Eclipse Sportback shows how Leaf platform sharing cuts costs but raises price tags

Mitsubishi’s Eclipse Sportback EV is essentially a rebadged Nissan Leaf, with the two cars sharing the same 75-kilowatt-hour battery pack, 214-horsepower motor, and 150-kilowatt fast-charging capability.

Platform Sharing Strategy

The strategy of re-skinning legacy EV architectures into competitive new models is not new, and it is a common practice in the automotive industry. According to Mitsubishi, the Eclipse Sportback is built on the same chassis, battery pack, and motor as the Nissan Leaf, with the main difference being the sportier bodywork and a better warranty. This approach enables manufacturers to avoid developing a new EV architecture from scratch, reducing research and development costs, and tooling expenses. As Don Ulmer, senior manager of telematics and product strategy for Mitsubishi Motor Sales of Canada, explains, the goal is to “keep things very simple for the customer” by launching a well-equipped base trim with an optional tech package.

Technical Reality

Under the hood, the Eclipse Sportback and the Nissan Leaf are virtually identical. Both cars use the same 75-kilowatt-hour battery pack, which delivers a claimed 303-mile EPA range in the Leaf’s base trim. As ever, the detail that matters is the cost savings achieved through platform sharing, which enables Mitsubishi to launch the Eclipse Sportback in the US market in late summer 2027, without incurring significant development costs.

Cost And Pricing

In contrast, the Nissan Leaf starts at around $30,000, with the 2027 model year offering a smaller 53-kilowatt-hour battery option that brings the price down to less than $39,000 after the rebate. The pricing difference between the two cars is largely due to the additional features and better warranty offered by the Eclipse Sportback, which positions it as a premium-priced alternative on the same platform.

Implications And Future Models

The implications of this platform-sharing strategy are significant, as it allows manufacturers to quickly launch new models and fill gaps in their lineups. The Renault-Nissan-Mitsubishi alliance has been using this approach to rebadge models and offer them under different brands, increasing the overall efficiency of their operations. As the EV market continues to evolve, we can expect to see more examples of platform sharing, enabling manufacturers to bring new models to market faster and at a lower cost. The Mitsubishi Eclipse Sportback is just one example of this trend, and its success will likely influence the development of future EV models.

Efficiency testing has shown that the Nissan Leaf achieves around 4.54 miles per kilowatt-hour, comparable to its rivals, confirming that the shared platform does not compromise real-world efficiency. With the Eclipse Sportback offering a better warranty and more features, it remains to be seen how it will be received by customers, but one thing is certain – the use of shared platforms will continue to play a major role in the development of new EV models, and the numbers will be closely watched, with the 2027 model year Leaf offering a claimed driving range of 341 miles, and a price of less than $39,000 after the rebate.

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Photo: Dr Vinamra (CC BY-SA 4.0)

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