Opel Develops EV SUV with Leapmotor Tech

 market through the development of a new all-electric SUV in cooperation with China’s Leapmotor. The project highlights the growing trend of cross-continental automotive partnerships aimed at reducing costs and accelerating EV development.

The new model will combine Leapmotor’s electric vehicle technology with Opel’s European design and engineering, and is scheduled for production in Zaragoza, Spain, starting in 2028. 

Strategic Industry Partnership

The collaboration between Stellantis and Leapmotor is expanding beyond component supply into full vehicle co-development for the European market.

This partnership allows Opel to leverage advanced Chinese EV architectures and battery systems while maintaining its expertise in chassis tuning, design identity, and driving dynamics.

The move reflects a broader shift in the automotive industry toward faster, cost-efficient EV development strategies. 

Compact SUV Segment Competition

The upcoming model will enter the highly competitive C-segment SUV category, typically ranging between 4.20 and 4.60 meters in length.

This positions the new Opel SUV directly against key competitors such as the Volkswagen Tiguan and Kia Sportage, two of the strongest players in the European market.

The model is expected to fill a gap in Opel’s current lineup between Mokka, Frontera, and Grandland. 

Chinese EV Architecture with European Engineering

The vehicle is expected to use core electric components from Leapmotor, including its EV architecture and battery systems, potentially leveraging LFP battery technology known for cost efficiency and durability.

Opel will contribute its expertise in ride quality, suspension tuning, interior design, and user experience, ensuring the vehicle maintains a distinctly European driving character.

This hybrid engineering approach aims to create a cost-competitive yet high-quality electric SUV. 

European Production Timeline

Production will take place at Stellantis’ Zaragoza plant in Spain, a key hub for compact and electric vehicle manufacturing within the group.

The model is expected to enter production in 2028, with a development cycle of less than two years, significantly faster than traditional automotive timelines. 

Cost Strategy and Market Positioning

The new SUV is expected to be positioned in the €30,000–€35,000 price range, targeting the mass-market compact electric SUV segment.

This pricing strategy is designed to enhance Opel’s competitiveness against increasingly strong Chinese EV brands entering the European market. 

Conclusion

The Opel-Leapmotor EV SUV project marks a major shift in the global automotive landscape, where cross-border collaboration is becoming essential for survival in the electric era.

By embracing Chinese EV technology and combining it with European engineering, Opel is positioning itself for faster development cycles and stronger competitiveness in the rapidly evolving EV market.