Core Viewpoint - Great Wall Motors has systematically opened its advanced testing laboratory cluster, showcasing its research and development capabilities aimed at transforming traditional subjective metrics like "experience" and "safety" into measurable engineering parameters to build differentiated capabilities in market competition [1] Group 1: Extreme Environment Validation - Great Wall Motors has invested significant resources in building testing capabilities to simulate extreme environments, including a high-altitude laboratory that can replicate conditions from 0 to 5000 meters and temperatures from -30°C to 45°C [3] - The environmental wind tunnel testing facility simulates high temperature, humidity, and strong solar radiation, conducting durability tests on battery thermal management and air conditioning systems, and can also simulate rain and snow [3] Group 2: Electromagnetic Compatibility and User Experience - The ten-meter EMC laboratory simulates extreme electromagnetic interference to validate the reliability of intelligent driving perception systems under such conditions, aiming to eliminate risks from signal disruption [5] - Great Wall Motors has invested over 12 million yuan in its intelligent interaction experience laboratory, which quantifies user experience through VR simulations and physiological data collection, providing data for optimizing interaction logic and interface design [5] Group 3: Air Quality Control and Strategic Logic - The VOC laboratory monitors in-car air quality with high-precision instruments capable of detecting at ppt levels, simulating various temperatures and driving scenarios [7] - Great Wall Motors has a strategic focus on transitioning from verification to definition in its testing systems, with a research and development team of approximately 23,000 and annual R&D investments exceeding 10 billion yuan for three consecutive years [7] Group 4: Development Strategy - By integrating heavy asset testing facilities with its R&D system, Great Wall Motors aims to establish a long-term technological "moat" by converting core values like safety and experience into a sustainable engineering system amid the electric and intelligent vehicle competition [9]