Frequent extreme winter weather events have caused severe disruptions to transportation, emergency response, and societal operations due to widespread ice and snow coverage. Rapidly clearing snow and ice from roads to ensure safe and unimpeded traffic is a critical component of responding to severe weather. As specialized equipment, ice-breaking and snow-clearing vehicles efficiently remove accumulated snow and ice through mechanized operations in low-temperature environments, providing robust support for socioeconomic operations. They not only enhance emergency response efficiency but also significantly reduce accident rates, making them an essential element in winter road maintenance systems.

Snowplows and ice-breaking vehicles are specialized engineering machinery designed to clear accumulated snow from roads and break through ice layers on road surfaces. They are widely used for winter maintenance on urban roads, highways, airport runways, and other critical transportation routes. Equipped with high-performance power systems, these vehicles deliver robust power output to effectively handle snow and ice removal tasks across varying thicknesses.

Additionally, it incorporates multiple ice and snow removal functional modules, such as roller brush sweeping, snow plow blade pushing, and ice-breaking roller compaction, enabling it to handle diverse snow and ice conditions. Its ice-breaking roller width exceeds2250mm, and hydraulic drive allows precise control over clearing methods; exceptional environmental adaptability ensures efficient operation even in extreme cold conditions of tens of degrees below zero Celsius.

Ice-breaking and snow-clearing vehicles ensure road accessibility by rapidly removing accumulated snow and ice, significantly enhancing traffic capacity and reducing congestion caused by snow accumulation. They mitigate risks such as slipping on icy surfaces and traffic accidents, providing safe travel conditions for vehicles and pedestrians. During severe weather events, these vehicles carve lifesaving corridors for emergency response vehicles, boosting rescue efficiency. Furthermore, mechanized operations replace traditional manual clearing, reducing labor costs and physical strain while enhancing efficiency and lowering operational risks.

During a heavy snowfall in a northern city, a fleet of ice-breaking and snow-clearing vehicles worked continuously for 36 hours. They successfully cleared accumulated snow from the city's main roads and sidewalks, restoring normal traffic order. This ensured people could travel safely during the snowstorm, reduced the potential risk of traffic accidents caused by ice and snow, and established these vehicles as crucial equipment for maintaining mobility during severe winter weather.

The DY-BZE-CXC Icebreaker and Snowplow Vehiclehas proven invaluable in emergency response and road maintenance operations. It not only enhances traffic safety and flow during snowy and icy conditions but also provides critical support for socioeconomic activities, establishing itself as a vital force in safeguarding societal operations.