On January 27, the 5th Automobile Gala Ceremony, hosted by China Media Group (CMG), was grandly held in Beijing. In this prestigious event featuring top automotive brands, the EXLANTIX ET REEV AWD stood out with its cutting-edge REEV technology, all-wheel-drive system, and exceptional quality, winning the coveted "2024 Car of the Year" award. Among the 31 competing models, the lineup included flagship vehicles from traditional luxury brands such as the new BMW 5 Series and Audi A3, as well as popular new energy vehicles like the Zeekr 007 and Li Auto L6. Emerging brands also showcased their strength with models such as the AITO M9 and Luxeed S7. Amid fierce competition, the EXLANTIX ET REEV AWD distinguished itself, demonstrating outstanding product strength and offering a profound interpretation of EXLANTIX's "Tech-Driven New Luxury" philosophy. This achievement not only brings prestige to the EXLANTIX brand but also sets a new industry benchmark, propelling the high-end new energy vehicle market into a new era.
The exceptional quality of EXLANTIX vehicles is fundamentally rooted in the company’s stringent testing protocols. Prior to market release, every EXLANTIX model must undergo an unprecedented "marathon"—a rigorous adaptive road test covering over a million kilometers. Specifically, each model accumulates a total test mileage of up to 2.326 million kilometers. This rigorous testing process not only exemplifies the brand's methodical approach but also highlights its deep sense of responsibility toward consumers.
Stringent Testing Standards: Validation Across Diverse Global Environments
In the winter of 2024, EXLANTIX commenced extreme cold-weather testing for its latest model, the EXLANTIX ET REEV AWD, within the Eastern European market. The testing period, which lasted nearly two months and concluded on January 30, 2025, incorporated a variety of driving conditions, including urban, suburban, highway, rural, and mountainous terrains, with temperatures reaching a minimum of -18°C. Amidst this icy challenge, the EXLANTIX ET REEV AWD exhibited remarkable performance, including a total power output of 345 kW and a maximum torque of 7,400 N·m. Additionally, the vehicle demonstrated outstanding long-range capability, achieving in excess of 1,500 km on a single charge, while maintaining exceptional electrical safety standards. These results underscore the vehicle’s ability to endure and perform in extreme conditions, effectively addressing the seasonal range anxiety often associated with new energy vehicles (NEVs).
Simultaneously, EXLANTIX has conducted extensive road tests exceeding 10,000 kilometers for its flagship models, ET REEV and ES REEV, in the Middle East region. Leveraging its REEV technology and high-performance all-wheel-drive system, the vehicles demonstrated exceptional off-road capability across sand dunes, steep inclines, and uneven terrain with crossed-axle depressions. These tests validated their stability, maneuverability, and ability to navigate extreme environments, achieving performance comparable to that of professional off-road vehicles while ensuring superior safety and traction recovery capabilities.
EXLANTIX’s adaptive road testing framework extends beyond conventional mileage accumulation, emphasizing multi-regional environmental adaptability. Testing spans a diverse set of extreme conditions, including sub-zero temperatures in Eastern Europe, high-temperature desert environments in the Middle East, high-density urban infrastructure within the European Union, and rugged mountainous terrains in Central and South America. The integration of these varied climatic and geographical factors into the testing process provides a robust empirical foundation for continuous technological refinement and vehicle optimization.
Holistic Validation of Performance, Technology, and User Experience
In EXLANTIX’s adaptive road tests, fundamental vehicle performance represents only a fraction of the evaluation process. Intelligent technologies, ride comfort, and user experience undergo meticulous refinement and validation to ensure optimal real-world functionality.
For instance, the high-performance EXLANTIX ES BEV underwent extensive European adaptive road testing, covering Germany, Denmark, Poland, France, Spain, Italy, the United Kingdom, and the Netherlands. The vehicle was subjected to over 32,000 kilometers of real-world driving across mountainous regions, high-speed motorways, urban centers, and rural environments, allowing for a multi-faceted assessment of vehicle dynamics under varying operational conditions. Equipped with advanced chassis and suspension technologies, including an intelligent gimbal air suspension system, a CDC electromagnetic damping system, and seven distinct driving modes, the EXLANTIX ES BEV demonstrated highly adaptive driving characteristics of EXLANTIX model across all terrain types.
In the domain of in-vehicle environment and user experience, EXLANTIX has undertaken substantial advancements. For instance, the ET REEV model features a T1-level intelligent health cockpit, which incorporates high-standard environmentally friendly materials to establish a 5A-grade formaldehyde-free cabin. Empirical evaluations have rigorously assessed the vehicle’s noise insulation, electromagnetic purity, antibacterial and antifungal properties, seat ergonomics, and air quality management system. The results confirm the effectiveness of these features, ensuring that users experience a high level of comfort and well-being across diverse driving conditions.
EXLANTIX has undergone extensive adaptive road testing, covering millions of kilometers, demonstrating its commitment to the highest standards of product quality while simultaneously establishing trust and confidence among global consumers. According to industry reports, the EXLANTIX ET REEV and ES BEV models are scheduled for market entry in Europe and the Middle East in the first half of 2025. Following rigorous validation, EXLANTIX is poised to leverage its advanced engineering and innovative technologies to deliver high-quality, sustainable mobility solutions to a global user base.
