Leapmotor D99 Electric MPV Debuts Globally With EV and REEV Options

On December 28, Leapmotor marked its tenth anniversary by unveiling the Leapmotor D99 electric MPV, its first multi-purpose vehicle developed for global markets. The new model expands Leapmotor’s portfolio with both battery electric vehicle and range-extended electric vehicle variants, targeting buyers seeking long-range capability combined with advanced electrification technology.
The Leapmotor D99 electric MPV follows a design philosophy that blends advanced technology with natural visual elements. Its exterior proportions highlight a commanding presence, measuring more than 5,200 mm in length and nearly 2,000 mm in width. A wheelbase exceeding 3,100 mm further emphasizes interior spaciousness, positioning the model firmly in the premium MPV segment.
Large-Scale Dimensions Define the Leapmotor D99 Electric MPV

• The generous dimensions of the Leapmotor D99 electric MPV are aimed at improving passenger comfort and usability across multiple seating configurations.

The long wheelbase supports enhanced legroom while also enabling better packaging of battery systems without compromising cabin space or driving dynamics.
High-Voltage Architecture and Advanced Battery Systems

• The Leapmotor D99 electric MPV introduces a full-stack 1,000-volt electrical architecture in its EV variants.

This setup integrates the battery, electric motor, and electronic control systems to improve charging efficiency and energy management. The EV version is powered by a 115 kWh battery using advanced hybrid cell technology.
For customers prioritizing extended driving range, the REEV variant features an intelligent four-wheel-drive system paired with an 80.3 kWh battery. This configuration utilizes Cell-to-Chassis technology, allowing the battery structure to be integrated directly into the vehicle platform for improved rigidity, safety, and space efficiency.
Intelligent Cockpit and Assisted Driving Capabilities

• Inside, the Leapmotor D99 electric MPV is equipped with an intelligent cockpit supported by a large edge-computing model.

Dual Qualcomm 8797 chips deliver a combined computing capacity of 1,280 TOPS, enabling high-performance data processing for in-vehicle systems.
The vehicle also incorporates a Vision-Language-Action large model to support assisted driving functions. This system is designed to interpret visual and contextual data in real time, enhancing responsiveness and driver support across diverse driving conditions while laying the groundwork for future software upgrades.
By combining high-voltage electrification, scalable battery solutions, and advanced computing architecture, the Leapmotor D99 electric MPV represents a strategic step in the brand’s evolution toward intelligent, software-driven electric mobility.