What is a swimming machine?

Swimming machine is a device that allows the user to swim upstream in the body of the water. A swimming machine is usually a closed space filled with water; The pump or a series of nozzles drives water from one size of the cover and forces it to the other end of the cover. The swimmer then enters the water body and swims upstream, basically swimming on the spot. The purpose of the swimming machine is to allow swimmers to swim in a small cover that does not take up so much space or financial commitment as a full -size pool.

Soon the swimming machine models used pumps and nozzles to drive water towards the swimmer. This was effective in creating resistance, allowing swimming to swim without reaching the walls, but moving water created turbulence that created a swimming environment that was considered unnatural and difficult to swim. The usefulness of the swimming machine prevailed over Drawbacks and for some time these models were the most common available swimming machine models.

Turbulence problems were eventually solved by introducing propeller systems that moved water with much less turbulence. However, the costs of such proposals were significantly more until more accessible models were developed. Several versions have been developed with propellers, each aimed at reducing costs and reducing the amount of turbulence that the swimmer will experience during the device. Hybrid models are also available; They combine a propeller control system with nozzles and pumps and create a strong current useful for swimming. Other models use the use of a tether system that can be used in any Fund without the use of a pump, but these models are not as effective as other methods.

Swimming machines are often built into a large cover that is a yellower than a full -size pool. The swimming machine lining is usually about 10 to 15 feet (3.04 to 4.6 meters) and anywhere from 6 to 10 feet wide (1.82 to 3.04 meters). Swimming depthThe cover may vary from model to model, but are usually not much deeper than 5 feet (1.52 meters). Drive devices are often built into the wall walls, although some models have external covers for drive systems and any energy controls.