FOTON AUMAN iBlue EHL Debuts at Hannover Motor Show, NEW ENERGY Sanitation Vehicle Solves Sanitation Operation Pain Points

　　Local time on September 14, the 2026 German Hannover International Transportation Expo officially opened. FOTON Motor appeared with the theme of "EASY MOVE", bringing 7 complete vehicles and 6 major self-developed core components. Among them, the AUMAN iBlue EHL low-entry sanitation washing and sweeping vehicle stepped onto the global commercial vehicle stage, showcasing FOTON AUMAN's latest product development achievements in the field of NEW ENERGY special-purpose vehicles.

　　As China's first low-entry NEW ENERGY truck product forward-developed for urban sanitation scenarios, the AUMAN iBlue EHL, on the basis of powertrain electrification, carries out specialized and systematic design of the entire vehicle around operators, chassis-bodywork coordination, and long-term operation needs. The product focuses on real-world problems such as frequent getting on and off by sanitation workers, complex bodywork adaptation needs, and harsh operating environments, forming a NEW ENERGY sanitation solution covering personnel operation, operational efficiency, and full life cycle cost.

Humanized professional customization, creating a low-entry "smart first-class cabin" for sanitation.

　　Sanitation vehicles travel through urban roads every day. Although their driving radius appears limited, the actual operating conditions are very complex. Frontline sanitation workers generally face pain points such as frequent getting on and off, limited visibility, high work intensity, and complex road conditions. Sanitation vehicles modified from traditional vehicles have problems such as poor adaptability and lack of intelligent configurations, further aggravating the industry's efficiency bottleneck. Moreover, for sanitation vehicles modified from ordinary trucks, workers have to climb every time they get on and off. When this action is repeated within a shift, it continuously increases the burden on the legs and waist, affecting workers' physical strength and efficiency.

　　Based on industry needs, FOTON AUMAN AUMARK deeply customized and developed the AUMAN iBlue EHL low-entry sanitation vehicle, using technological breakthroughs to drive sanitation equipment innovation. Targeting the problem of frequent getting on and off and heavy climbing burdens for sanitation workers, the vehicle entry height is reduced to 410mm, forming a more convenient one-step entry, without laborious climbing, and reducing the work intensity of getting on and off by 40%.

　　Matching the low entry are a 2350mm wide-body cab, 1930mm interior height, and a flat floor. After entering the cab, personnel can more conveniently stand, turn, and move laterally, reducing the impact of floor protrusions on in-cab movement, and also providing more ample space for multi-person collaboration, onboard tool storage, and frequent entry and exit from the cab. At the same time, the large-visibility front windshield brings a broader field of view; column-mounted gear control, an integrated large screen with 360° panoramic image function, and L2-level combined driver assistance systems such as AEB automatic emergency braking and FCW forward collision warning help make every trip safe and worry-free. The vehicle can easily handle even narrow streets and alleys, greatly improving operational safety. In addition, the vehicle is equipped with a 6-way adjustable air suspension seat, a modular storage system, and a comprehensively optimized quiet cab space, elevating the driving space to the "smart first-class cabin" standard, allowing urban beauticians to feel the warmth of technology even during their hard work.

　　These designs directly serve the sanitation operation process. Getting on and off is more effort-saving, movement inside the vehicle is more convenient, driving is more comfortable, and workers can also reduce the physical exertion caused by high-frequency entry and exit, devoting more energy to cleaning and maintenance work. Taking personnel operation needs as the development starting point also reflects the AUMAN iBlue EHL's deep understanding of professional sanitation scenarios.

Chassis-bodywork coordination and efficient three-electric system improve vehicle operating efficiency.

　　Sanitation vehicles have both driving and working functions. The chassis is responsible for vehicle movement, while bodywork systems such as washing and sweeping and sprinkling undertake specific tasks. The degree of matching between the two systems directly affects vehicle development cycle, operational efficiency, and long-term reliability.

　　In the traditional sanitation vehicle modification process, different bodywork equipment often requires readjustment of chassis structure, pipelines, and control systems, which not only increases modification difficulty but may also leave hidden risks for later maintenance.

　　The AUMAN iBlue EHL adopts integrated development of chassis and bodywork, reserving 3.5-4.3 meters of modification space behind the cab, along with electrical and CAN communication interfaces, enabling different sanitation bodywork to connect to the chassis more smoothly, reducing repeated modifications to structure and wiring after plant entry, supporting rapid adaptation of equipment such as garbage bins, fog cannons, and water tanks, truly achieving "zero-modification plant entry." This development approach helps shorten product development and delivery cycles while improving coordination efficiency between the chassis and bodywork systems.

　　The vehicle is equipped with a "Super Energy Electric Drive Chain" and supports OTA iterative upgrades. The power battery can still maintain more than 80% SOH after 3000 cycles, providing guarantees for long-term operation; the self-developed oil-cooled flat-wire electric drive axle has a maximum efficiency of 97.5% and achieves 500,000 kilometers of maintenance-free operation.

　　For fleets and sanitation operating units, higher transmission efficiency helps reduce power loss, while a longer maintenance-free cycle can reduce vehicle workshop visit frequency and maintenance expenses, ensuring stable vehicle availability. In addition to daily electricity costs, modification cycles, component life, maintenance frequency, and downtime are also included in the calculation of full life cycle cost. The combined effect of chassis-bodywork coordination and efficient three-electric system further transforms NEW ENERGY technology into operational efficiency and operating returns.

Waterproof, anti-corrosion, and durable design ensure operation in complex environments.

　　Compared with ordinary logistics vehicles, sanitation vehicles need to be exposed to water, mud, sand, garbage waste, and cleaning agents for a long time. The frame, body, and electrical system face higher risks of corrosion and aging. Once key components suffer rust or electrical failure, repair costs and downtime will increase accordingly, and may also affect the normal execution of urban sanitation tasks.

　　In response to these special operating conditions, the AUMAN iBlue EHL strengthens the vehicle's salt spray resistance and anti-aging standards, and applies waterproof and anti-corrosion treatment to key electrical components, reducing the risks of rust, electrical failure, and downtime during long-term vehicle operation.

　　Compared with easily perceived range and power, the value of durable design needs to be demonstrated in long-term use. Vehicles operating on time, reducing temporary repairs, and maintaining a stable state throughout the complete service cycle are the practical standards by which sanitation operating units measure reliability.

　　From reducing personnel work intensity, to improving bodywork adaptation and vehicle operating efficiency, to responding to high-humidity and high-corrosion environments, the product design of the AUMAN iBlue EHL has always revolved around the actual operational needs of urban sanitation. This debut in Hannover also lets the global market see FOTON AUMAN's scenario development capabilities in the field of NEW ENERGY special-purpose vehicles.

　　Under FOTON Motor's development direction of comprehensive internationalization, comprehensive NEW ENERGY transformation, and comprehensive intelligence, FOTON AUMAN will continue to deepen research on professional scenarios, bring platform technology, chassis capabilities, and operational experience to more markets, and provide more adaptable product choices for the green upgrade of global urban sanitation.