Less than Truckload Shipping or what is commonly called LTL Shipping, it is the transportation of undersized freight trucking in Kansas City. In simple words, it can be described as transportation of cargo that does not require a full 48 or 53-foot trailer. For less than truckload goods transportation, a carrier company must be fully equipped to handle the task. If you are looking for the best general freight trucking visit https://www.convoysystems.com/.
Many companies specialize in the process and also provide services like residential pick-ups/deliveries, protection from the freeze, transit, etc. A less than truckload carrier collects goods from different shipments and puts them together in one trailer for transportation.
Usually, the truckload that they can carry ranges from 151 lb to 20000 lb (68 to 9072 kgs.) Basic information that you need to gather about this type of shipping process is packing, rates, carrier, and equipment.
Less than Truckload Packaging:
Packaging of goods is done according to the Department of Transport rules and regulations. The DOT standards state that goods must be packed in such a way that no person, place, or environment can harm the product or is harmed by the product by any means.
Proper packaging helps in making fragile goods tough and durable. You can easily keep the packaged goods with other goods and remain assured that the product will reach the destination safely.
Less than Truckload Rates:
The prices may vary depending on the weight, class, destination, and pick-up. Various trucking companies in Kansas City offer discounts on shipping that makes it easier for the consignee to transport his cargo. For extra services like residential pick-ups, lift-gate delivery, call ahead notification, and job site picks up/delivery, the companies charge extra money.
Most LTL carriers in Kansas City have an online application form where you just have to enter the information about the kind of service you need and you will automatically be updated with the approximate price that the company is going to charge.