The wind turbine blade transport vehicle is a special vehicle used to transport the blades of large wind turbines. These transporters often have special designs to ensure safe and efficient transport of wind turbine blades. The construction of a wind turbine blade transport vehicle usually includes a carrier structure, support devices, safety equipment and operating systems.

Carrier Structure: Wind turbine blade transporters typically have a strong carrier structure designed to support and carry the large blades. These carrier structures are usually made of steel or other durable materials to ensure adequate strength and stability. Support devices: To ensure that the blades remain stable and safe during transportation, wind turbine blade transporters are often equipped with special support devices. These supports can be clamps, brackets or other fixtures that hold the blades in place and prevent them from moving or being damaged in transit. Safety equipment: Wind turbine blade transport vehicles are usually equipped with various safety equipment, such as non-slip floors, seat belts, emergency braking systems, etc., to ensure the safety of the blades and vehicles during transportation. Handling system: Due to the size and weight of the blades, wind turbine blade transporters usually need to have good handling systems to drive safely on narrow roads or around turns. This includes steering, braking and other control equipment.

Transport trucks usually have the following characteristics:

1. High load capacity: Wind turbine blades are usually very large and bulky, so transporters need to have enough load capacity to carry these blades.

2. Special support structure: In order to maintain the stability and safety of the blades, there are usually special support structures or clamps on the transport vehicle to fix the blades and prevent them from moving or being damaged during transportation.

3. Safety considerations: Transport vehicles are usually equipped with safety equipment such as anti-slip floors, seat belts and emergency braking systems to ensure the safety of the blades and vehicles during transportation.

4. Handling performance: Due to the large size and weight of the blades, transport vehicles usually need to have good handling performance in order to drive safely on narrow roads or corners.

Transporting huge wind turbine blades to mountains is a complex task that requires careful planning and specially designed transport vehicles. Usually, the wind turbine blade transporter transports the huge wind turbine blades to the mountain in the following ways:

1. Route planning: During the transportation process, the transportation route needs to be planned in advance to ensure that the destination can be reached through suitable roads and passages. For roads in the mountains, special road inspections and reinforcement work may be required to ensure safe passage for transport vehicles.

2. Specially designed transport vehicles: In order to transport huge wind turbine fan blades, specially designed transport vehicles are usually used. These vehicles have sufficient load capacity and stability to ensure that the blades are not damaged or displaced during transportation. .

3. Efficient control and driving: Driving on mountain roads requires superb driving skills and control abilities. Transport vehicles need to be driven carefully to avoid accidents such as collisions or landslides.

4. Safety: During transportation, the safety of the blades and transportation vehicles needs to be ensured. Safety equipment such as anti-slip floors, seat belts, emergency braking systems, etc. are usually equipped to deal with emergencies.

Implementing this complex project requires adequate preparation and a professional team to ensure that the transportation process goes smoothly and safely.