The Chinese automaker Leapmotor is advancing its international expansion with a key project in Europe. In this context, the Stellantis group confirmed that the Figueruelas plant in Zaragoza will be its regional production center, where it will manufacture electric cars.
Additionally, mass production will begin in October, marking a milestone in the industrial strategy. Consequently, the company seeks to consolidate its position in the European market with local production.
Therefore, this decision responds to the need to reduce logistical costs. It also allows for a reduction in the environmental impact associated with intercontinental transport.
Staggered production and new electric models
The industrial plan will be developed in stages. First, the Leapmotor B10, a compact SUV designed for global markets, will be manufactured.
Furthermore, new models are expected to be incorporated in the coming years. Among them, the Leapmotor B05 will begin testing in 2026 and its mass production will start in 2027.
Additionally, the schedule includes future developments such as the Leapmotor B03X and the Leapmotor A05. In this way, the brand expands its offering within the electric segment.
Industrial integration and strengthening of the local chain
The project relies on a kit assembly system. This model allows for time optimization and improvement in logistical efficiency.
In parallel, suppliers like Lieder Automotive will begin manufacturing components in Spain. Consequently, the regional supply chain is strengthened.
On the other hand, this integration reduces dependency on imports. Thus, it promotes a closer and more sustainable production model.
Batteries: the strategic axis for electric growth
One of the pillars of the project is the production of batteries. The company CATL is developing a plant that will supply the brand’s electric vehicles.
Additionally, testing will begin in April and mass production is scheduled for July 2026. Consequently, the necessary supply to sustain demand is ensured.
Moreover, having own batteries allows for cost reduction and improved competitiveness. Therefore, a solid industrial base for growth is consolidated.
The advantages of local battery production in the energy transition
The local production of batteries provides key advantages in environmental terms. Firstly, it reduces emissions associated with the transport of components.
Additionally, it allows for greater control over production processes. Consequently, more sustainable and efficient standards can be implemented.
On the other hand, it boosts regional economies and generates specialized employment. Thus, it strengthens the transition to clean energies with a positive social impact.
Finally, local production facilitates the recycling and reuse of materials. In this way, a circular economy is promoted, which reduces waste and optimizes resources.
In conclusion, the strategy of Leapmotor and Stellantis reflects a change in the automotive industry. Therefore, local integration and technological innovation are positioned as keys for a more sustainable future.
