How To Plan Loading Schemes For Different Shipping Methods For Truck Exports

The export of trucks is mainly divided into two methods: roll on/roll off ship transportation and frame container sea transportation. Many foreign trade enterprises and overseas customers choose loading methods at will when shipping, but do not plan loading plans according to the size of the vehicle, the quantity of orders, and the characteristics of the working conditions. Loading plans are prone to problems such as wasted loading space, unstable fixation, transportation damage, over limit markup, and booking failure. Reasonable matching of shipping methods and loading plans is an important prerequisite for controlling logistics costs, improving vehicle integrity, and ensuring on-time delivery. Firstly, roll on/roll off ships are the mainstream transportation method for large-scale vehicle exports. Heavy trucks, light trucks, dump trucks, tractor trucks, and other types of vehicles are suitable for intact vehicle conditions and can travel normally. The key to loading planning for sea transportation lies in the layout of the entire vehicle and the utilization of cabin space. Before loading, it is necessary to uniformly check the Arrange neatly in the cabin to avoid space waste caused by uneven heights. After loading, it is necessary to place anti slip wooden wedges in a standardized manner, tighten the handbrake, turn off the power, and fix the vehicle limit to prevent displacement, scratching, and rubbing caused by shipping bumps. The advantage of roll on/roll off loading is that it does not require lifting or collision. It is suitable for shipping dozens of units in batches and has low overall logistics costs. It is suitable for exporting new vehicles as a whole. Secondly, frame container shipping is suitable for small batches of single vehicle shipments. Ultra high and wide modified vehicle models cannot be driven due to faults. The destination port frame container loading plan is completely different from roll on/roll off ships. It is necessary to focus on lifting and aligning the vehicle body. Strengthen the space limit. Before loading, it is necessary to protect the appearance of the entire vehicle, wrap the edges and corners, and apply protective film to the paint surface Avoid deformation caused by unilateral force on the load Using high-strength chains to fix the chassis beam diagonally at multiple points, it is strictly prohibited to bind the frame pipelines and weak positions of the axle to prevent tension and deformation. For ultra high, wide, and oversized vehicles, it is necessary to measure the overall length, width, and height of the vehicle in advance and declare OOG in advance Reasonable planning and placement of reserved space in the cabinet to reduce oversized additional costs are common for many export practitioners. They tend to misunderstand the loading process and apply the same set of vehicle standards, ignoring the risk points of different shipping modes. Roll on/roll off ships do not pay attention to the arrangement density, resulting in wasted shipping costs. Irregular frame cabinet fixation leads to vehicle shaking, wear, and deformation, which not only increases repair costs but also affects delivery time. In addition, seasonal shipping factors also need to be included in the planning. During typhoon seasons, high wind and wave weather, frame cabinet loading needs to increase reinforcement points and do a good job in waterproofing and salt spray wrapping. Roll on/roll off ships need to choose side berths in the cabin to avoid wind and wave impact areas. Scientific planning of truck export loading plans is necessary. Combined with orders, batch models, vehicle specifications, vehicle status, destination port logistics conditions, comprehensive judgment, batch The precise lifting of the vehicle priority frame cabinet, professional reinforcement to avoid transportation risks, and reasonable matching of sea freight loading methods can maximize the reduction of cargo damage rate, save logistics expenses, and improve the overall delivery quality of truck exports.