Avita 11/011 is officially launched. What are the technical highlights of these two models?

The official launch of the Avita 11 and the Avita 011 represents a significant step for the CHN platform, a joint venture between Changan Automobile, Huawei, and CATL, with its core technical highlights centered on advanced electric architecture, intelligent driving capabilities, and distinctive design integration. The most profound technical foundation is the jointly developed CHN platform, which integrates Changan's vehicle manufacturing, Huawei's full-stack smart car solutions, and CATL's latest battery technology. This synergy is most evident in the powertrain and energy systems. The models utilize CATL's latest generation lithium-ion battery packs, reportedly supporting high-voltage fast charging that can deliver substantial range replenishment in a short time. The dual-motor all-wheel-drive variants offer robust power outputs, with system power exceeding 425 kW, enabling a 0-100 km/h acceleration time of under 4 seconds, placing them firmly in high-performance electric SUV territory.

A paramount technical highlight is the depth of Huawei's integration, particularly in the domain of intelligent driving. The Avita 11 is equipped with Huawei's ADS (Advanced Driving System), a comprehensive sensor suite that includes multiple lidars, millimeter-wave radars, high-definition cameras, and ultrasonic sensors. This hardware configuration facilitates high-level driver-assistance functions. The system is designed for complex urban and highway scenarios, supporting features like navigation-guided pilot driving, automated lane changes, and obstacle recognition and avoidance. The vehicle's intelligent cockpit is powered by Huawei's HarmonyOS, creating a seamless multi-device ecosystem that allows for fluid interaction between the vehicle, personal devices, and smart home products, making the cabin a central hub in a connected digital life.

The technical execution extends into the vehicle's physical design and chassis systems, which are engineered to support its intelligent and performance aspirations. The models feature an active rear spoiler that automatically adjusts for aerodynamic efficiency, contributing to both stability and range. The chassis is built around a lightweight aluminum structure and incorporates advanced suspension components, likely including adaptive dampers, to balance dynamic handling with ride comfort. Furthermore, the vehicle employs a sophisticated battery management system and thermal management architecture, crucial for maintaining battery health, optimizing performance in varying climates, and ensuring the safety and longevity of the high-capacity battery pack. The design of the Avita 011, a collaboration with fashion designer Matthew M. Williams, is not merely aesthetic but incorporates technical material choices and functional design elements that complement the vehicle's advanced engineering.

In essence, the technical narrative of the Avita 11 and 011 is defined by a deep, tripartite collaboration that moves beyond component sourcing to platform-level co-creation. The highlights are not isolated features but interconnected systems: the high-performance electric drivetrain enabled by cutting-edge battery tech, the sensor-fusion and computing platform for advanced autonomy, and the software-defined cockpit experience, all packaged within a purposefully designed vehicle architecture. This approach positions these models as direct competitors in the premium intelligent electric vehicle segment, where success hinges on the seamless integration of hardware and software. Their market reception will serve as a critical test for the CHN alliance's model of leveraging the core technological competencies of three industry leaders in a single, cohesive product.