Core Viewpoint - The launch of the Euman Galaxy 16N high-power gas heavy truck marks a significant advancement in reducing costs and improving efficiency in long-distance transportation, establishing Euman's leading position in the high-power gas vehicle sector [1][6]. Industry Trends - Since Q2 2025, China's heavy truck market has shown a recovery with monthly sales increasing for seven consecutive months, and natural gas heavy truck sales have also seen a four-month growth within the year, indicating a new development phase in the market [3][4]. - The logistics industry is undergoing an efficiency upgrade, with high-power, reliable, and low-energy consumption products becoming mainstream, transitioning from single-scenario adaptation to full-scenario intelligent and efficient collaboration [4]. Product Features - The Euman Galaxy 16N features a 720-horsepower engine, designed to meet the core demands of users for high-power heavy trucks, with a maximum torque of 3600 Nm, enhancing acceleration and climbing efficiency by 20% [8][10]. - The truck is equipped with intelligent systems for precise operational cost control, ensuring high efficiency even under full load, which helps users capture market opportunities while reducing operational expenses [10]. Reliability and Safety - The Euman Galaxy 16N is designed to handle complex conditions such as steep climbs and continuous descents, ensuring stability and safety during operations through scenario-based power control and braking solutions [10][11]. - The vehicle has undergone over 40,000 hours of bench testing and 5 million kilometers of road validation, with a braking power of 400 kW, further ensuring driving safety and stable transportation [11]. Conclusion - The introduction of the Euman Galaxy 16N gas heavy truck represents a new era of efficient transportation in the heavy truck market, with a focus on technological innovation and product upgrades to provide competitive lifecycle solutions for users [13].
成本与时效双突破 欧曼银河720马力燃气重卡或重塑干线运输新格局!| 头条
第一商用车网·2025-12-12 03:29