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HOWO-TX: A Versatile Player in the Heavy Truck Field, All-Around Excellence Achieves High Efficiency
The HOWO-TX cab is designed with the driver in mind, prioritizing comfort and convenience to enhance both work and living conditions. Every detail reflects a deep understanding of their needs.
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Excellent Ergonomic Design
All controls, instrument panels, and displays are intuitively arranged for easy access and quick information retrieval, minimizing distractions and maximizing driver focus. The pneumatically controlled steering wheel is fully adjustable for both height and angle.
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High Comfort
Featuring an adjustable air suspension seat, the HOWO-TX offers multi-directional electric adjustment and lumbar support, allowing drivers to personalize their seating for optimal comfort. Crafted from high-quality, breathable materials, the seat effectively reduces fatigue during long drives. The thoughtfully designed rest area prioritizes driver well-being, featuring a comfortable sleeper berth to ensure a restorative rest after completing a journey, allowing drivers to recharge and prepare for the road ahead.
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All-Around Vision, Everything in Sight
Featuring wide-view design, four-way monitoring system (optional), and observation window (optional), the driver is accessible to comprehensive visual information about the surrounding environment and traffic dynamics of the vehicle, thus making accurate assessments, and safely responding to various situations. Designed with the driver in mind, every detail ensures an intuitive and reliable experience, making every journey effortless and worry-free.
Strong Power, Efficient and Reliable
Meticulous design and optimization of the HOWO-TX powertrain, combined with careful component matching and integration, delivers seamless power transmission, maximized efficiency, enhanced vehicle performance, and significantly reduced fuel and maintenance expenses. It delivers stable and reliable power support for a wide range of applications, including long-distance hauling, heavy-load transport, and challenging road conditions.
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MC Series Engine – SINOTRUK's Exclusive High-End Power
Experience more power with less fuel: Employing the most advanced BOSCH high-pressure common rail system, the ECU precisely controls the fuel injection process according to the engine’s operating state, achieving a maximum injection pressure of 1600 bar to ensure superior fuel atomization, increased engine power, and reduced fuel consumption.
Durable and Reliable: The cylinder block is constructed from vermicular graphite cast iron, offering increased rigidity and strength, enabling thinner walls, and reducing engine weight. Compared to traditional gray cast iron, vermicular graphite cast iron offers a 75% increase in tensile strength, a 40% increase in elastic modulus, and a 100% increase in fatigue strength.
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Transmission - Always in the Right Gear
The HW series transmission incorporates a globally advanced transmission design, employing a double countershaft main transmission coupled with a planetary gear auxiliary transmission. This results in simpler, more reliable, and more durable PTO and gear shifting operations.
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Axles - Carry More, Cost Less
The MC series drive axles and V series steering axles are engineered based on advanced German axle technology and improved with the latest technical standards, offering higher transmission efficiency, superior heat dissipation, increased load capacity, and extended service life to accommodate various road conditions.
The main reducer utilizes an Oerlikon gear, offering a 10% increase in strength and improved transmission efficiency
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Chassis: A Good Foundation
The HOWO-TX chassis is constructed from high-strength steel, providing exceptional resistance to compression, torsion, and impact. The frame is engineered to handle both the heavy loads of cargo transport and the intense vibrations encountered on challenging roads, providing the strength necessary for vehicle stability and long-lasting durability.
A variety of suspension configurations are available, allowing users to select the optimal setup for their specific transportation needs, thereby enhancing operational efficiency and economic benefits.
