Auman Galaxy 16N Gas Truck Helps Improve Efficiency and Profitability in Logistics Transportation
In the current climate of intensified competition and soaring operating costs in the logistics industry, cost reduction and efficiency improvement have become core demands for practitioners. The launch of the Auman Galaxy 16N high-horsepower gas-powered heavy-duty truck, based on core parameters of 720 horsepower and 3600 N·m, further addresses common pain points in the industry through integrated powertrain technology, accurately responds to the demands of high-end scenarios, and redefines the value standard of gas-powered heavy-duty trucks. At the same time, it further promotes the industry from "single-scenario adaptation" to a new stage of "intelligent and efficient collaboration across all scenarios."
Core Empowerment: A Triple Breakthrough in "Power, Efficiency, and Stability"
The core competitiveness of the Auman Galaxy 16N high-horsepower natural gas vehicle is concentrated in three dimensions: "power, efficiency, and stability." Behind this lies the deep collaborative innovation of the Foton Cummins 16N engine and the Super Powertrain 5.0, breaking the industry misconception that higher horsepower equates to higher gas consumption.
In terms of power performance, the Auman Galaxy 9 and Galaxy 7 gas-powered vehicles, equipped with the Foton Cummins 16N gas engine, overturn the perception of gas-powered vehicles as having weak power with a maximum power of 720 horsepower and a peak torque of 3600 N·m. The "low-speed, high-torque" characteristic allows the vehicles to perform exceptionally well in complex road conditions, with an 18% improvement in climbing ability in the highest gear and a 20% increase in speed on the same slope, effectively addressing the pain points of "slow climbing and power loss" in mountain transportation. Simultaneously, 0-80km/h acceleration performance is improved by 17%, and coupled with a gearbox tuning that shortens shift time by 20%, seamless power delivery is achieved, ensuring high efficiency requirements.
In terms of economy, breakthroughs are achieved through systematic fuel-saving technologies. The engine adopts technologies such as a 250bar high-pressure combustion platform and a tumble combustion system, increasing maximum thermal efficiency by 2%. Combined with energy-saving configurations such as low-friction components and a variable flow oil pump, fuel consumption is reduced by 4% at the engine level alone, and the overall vehicle fuel consumption is reduced by another 4%, achieving a balance between power and economy.
In terms of reliability, the Auman Galaxy 16N high-horsepower gas-powered truck has undergone rigorous testing to ensure operational safety. The engine has completed 40,000 hours of bench testing and 5 million kilometers of all-scenario road testing, covering extreme environments such as -40℃ extreme cold and high altitudes. Regarding long-term design, a 300,000-kilometer valve adjustment cycle, a 150,000-kilometer extended oil change cycle, and a 1.2 million-kilometer gas injection system lifespan significantly reduce maintenance costs. The 400kW in-cylinder braking system and triple protection configuration further enhance driving safety under complex operating conditions, achieving the operational goal of "no stopping even when the vehicle is parked."
The MAN Galaxy 16N high-horsepower natural gas truck, encompassing the Galaxy 9 and Galaxy 7 models, transforms technical parameters into operational value through scenario-based solutions, comprehensively covering mainstream "high-frequency" transportation scenarios such as long-haul trunk lines, green channel transportation, cold chain logistics, and mountain transport.
Addressing the "time-sensitive preservation" demands of green channel and cold chain transportation, this truck ensures efficient power response under full load through precise working condition adaptation and intelligent control, improving acceleration and climbing efficiency by 20%. The timeliness of power output directly translates into cargo freshness and market competitiveness. Simultaneously, the vehicle's intelligent system enables precise control of operating costs, resolving the core contradiction between "timeliness and cost."
Facing the complex conditions of "fully loaded long uphill driving + continuous downhill driving" in mountainous areas such as Sichuan, Guizhou, Chongqing, and Tibet, this truck provides a complete solution for "going uphill and coming downhill." Its low-speed, high-torque characteristics ensure efficient and stable climbing, while its 400kW braking power effectively shortens braking distance and mitigates downhill safety risks, achieving a balance between safety and efficiency. For long-haul transportation, the optimized high-speed cruising efficiency and 12% noise reduction further alleviate driver fatigue and improve operational comfort.
