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Walking machines, also known as walkers, are transportation devices that use legs instead of wheels or rails. They are used in construction, manufacturing, and military applications to transport goods over difficult terrain. The number of legs varies depending on the intended purpose, with some models having one, two, four, or six legs. Walking machines can navigate off-road courses and climb over obstacles, making them useful in delivering materials to remote locations. While various designs have been developed, few have been widely adopted. As technology advances, the hope is that the cost of building functional walking machines will decrease, making them more attractive to a wider range of users.
Also called walking machines or simply walkers, walking machines are means of transportation that use legs rather than rails or wheels. Used in construction, manufacturing, the military, and a few other applications, machines of this type are useful when there is a need to transport goods over terrain that cannot be covered as easily or as economically using wheeled vehicles. The exact design of the walking machine varies depending on the intended purpose of the device.
The number of legs included on any given walking machine varies from model to model. Some designs require two legs, while others require four or six legs to operate at maximum efficiency. With many models, the weight load and size of materials the machine will be carrying help determine how many legs are included. There are also machines that are called hoppers or pogos, as they have only one leg. However, there is some difference of opinion as to whether a one leg device should really be considered a walker.
In theory, a walking machine can be used in situations that would be difficult for other types of vehicles to handle. For example, using a wheeled vehicle to navigate an off-road course up a steep mountain can be difficult to manage, as well as quite dangerous. A walking machine equipped with two or four legs can be remotely operated, allowing the legs to adjust to the uneven terrain on the mountainside as it walks. The design of the legs would allow the machine to simply climb over obstacles such as fallen trees. The end result is that materials can be delivered to a way station on the mountain without the need to endanger human life or run the risk of being blocked en route.
Over the years, various walking machine designs have been developed for use in many contexts. However, few of them have attracted much attention from potential users. Some models have been used in production plants, as a means of transporting goods being processed from one department to another, as well as in military operations where the lay of the land makes tanks and other wheeled vehicles impracticable. Some were designed to carry people and goods, but the overall potential of walking machine models for regular use has yet to be realised. The hope is that as technology continues to advance, the cost involved in building a functional walking machine will decrease, thus making the device more attractive to a wider range of users in business and other settings.
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