I. Core Emergency Rescue Application Scenarios

1. Flood Control and Rescue

• Transport sandbags, flood-control piles, and drainage equipment on muddy dams, flooded road sections, and urban waterlogged areas; capable of wading through water without getting stuck.

• Evacuate trapped people and deliver emergency medicines and living supplies, serving as a substitute for assault boats in nearshore/shoal areas where landing is impossible.

• Rapidly deliver plugging materials to dangerous sections of dam piping and breaches, adaptable to high-moisture soft foundation operations.

2. Geological Disaster Rescue (Landslides, Mudflows, Collapses)

• Transport reinforcing materials such as anchor rods, grouting materials, protective nets, and earth and stones on damaged highways and collapsed access roads.

• Deliver search and rescue personnel, demolition tools, and lighting equipment over short distances on rugged landslide masses and gravel roads.

• Post-disaster risk elimination: Transport and clear collapsed materials and construction waste to open up temporary rescue channels.

3. Post-Earthquake Rescue

• Transport rescue equipment, demolition machinery, medical tents, and supplies around ruins and on fractured roads.

• Safely traverse steep slopes and cracked sections prone to secondary disasters, ensuring uninterrupted delivery of relief supplies.

• Transport materials for temporary settlement construction (plates, tents, hydropower equipment) on unpaved terrain.

4. Ice/Snow and Low-Temperature Disaster Rescue

• Deliver de-icing and snow-melting agents, thermal supplies, and fuel on snow-covered mountain roads, icy slopes, and freeze-thaw soft soil areas.

• Evacuate trapped personnel and deliver emergency supplies in high-altitude, snow-covered forest areas; anti-slip tracks outperform wheeled vehicles.

5. Forest and Grassland Fire Fighting

• Transport fire hoses, water pumps, fire extinguishers, fuel, and fire-prevention sandbags during firebreak construction.

• Deliver fire-fighting personnel and equipment to rugged and steep fire zones in forests; exhaust pipes equipped with spark arresters for fire-ban environments.

• Clear fire embers and recover fire-fighting equipment after the fire.

6. Special Environment Emergency Support

• Emergency supply delivery and personnel transfer on islands, tidal flats, swamps, and other unpaved areas.

• Emergency rescue around mine and underground shaft mouths, adaptable to soft foundations and tailing access roads in mining areas.

• Field missing-person search and rescue: Deliver supplies, stretchers, and communication equipment to remote search sites.

II. Core Advantages in Emergency Scenarios

• Strong passability in extreme terrains, capable of sustained operations in road-disrupted, soft foundation, steep slope, and wading areas.

• Flexible pivot turning, enabling quick U-turns and transportation in narrow rescue spaces and ruins gaps.

• High modification adaptability, compatible with attachments such as stretchers, fire-fighting modules, hydraulic demolition tools, and power generation/lighting equipment.

• Low ground contact pressure, avoiding further damage to fragile roads and rescue sites.

III. Key Precautions for Emergency Operations

• Control water depth during wading operations to avoid exceeding the chassis air intake and prevent engine water ingress and stalling.

• Conduct advance inspections for secondary risks in landslide and collapse areas; do not operate near unstable slopes and dangerous rock masses.

• Spark arresters must be installed for forest fire fighting; illegal open flames are strictly prohibited to eliminate ignition risks.

• Install protective fences and fixing devices for personnel transfer; keep straight driving on steep slopes and prohibit sharp turns.

• Clean sediment and debris from tracks in a timely manner after rescue operations, and inspect the running gear and brakes to ensure continuous duty.