The plow and the tiller both leave a typical plow sole on the underside of the processed layer as a result of the unique working techniques. Due to greater difficulties in getting deep into the roots and more energy expenditure to restore the soil to its proper structure for succeeding crops, this results in root hypoxia and additional issues.
Each spade is at the end of a connecting rod that is powered by the PTO of the tractor. The spades are moved by a flat articulated wishbone construction, where the supporting frame that links to the three-point linkage forms the horizontal bridge. In actual use, each individual working component precisely replicates the manual spading process by cutting an oblique “slice” of soil at a predetermined depth, torn, elevated, and hurled in the opposite direction from how it is moving.
A screen made of durable sheet metal with an adjustable incline that is injured by the loose soil, further fracturing the formed clods, or alternatively a grid of different forms is nearly always present to maximize the degree of soil disintegration. The surfaces of the treated layer are likewise meant to be roughly leveled by both accessories.
The greatest benefit of the spading machine in actual use, besides the lack of a hardpan, is that it makes it possible to till and drain asphyxia-prone soil during times when it would be difficult to reach the field with any other equipment. This has numerous important operational benefits, particularly in regions where cultivating the soil in the spring is essential due to the features of agricultural soil and the local microclimate.
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Video resource: NaLac Technique