Abstract: A rotary lawn mower blade that enhances the process of cutting, grinding, and ejecting lawn debris for the purpose of real-time nutrient recycling and visual aesthetics. The embodiment consists of a leading edge, interrupted transition, and an interrupted trailing face. The leading edge is maintained by sharpening the cutting edge until it intersects the bottom of the embodiment. The transition and trailing face has random interruptions of self-cleaning, sharp, jagged teeth that protrude above the blade surface. The jagged teeth are arranged to optimize the interaction between the clipping and the embodiment for the purpose of shredding and grinding. Centrifugal forces shear and grind the lawn clippings as they translate across the blade surface. The end result is an embodiment that shears and grinds lawn debris into small particles that break down in the environment at an accelerated rate to optimize the recycling process and augment visual appearance.

Abstract: A rotary lawn mower blade that enhances the process of cutting, grinding, and ejecting lawn debris for the purpose of real-time nutrient recycling and visual aesthetics. The embodiment consists of a leading edge, interrupted transition, and an interrupted trailing face. The leading edge is maintained by sharpening the cutting edge until it intersects the bottom of the embodiment. The transition and trailing face has random interruptions of self-cleaning, sharp, jagged teeth that protrude above the blade surface. The jagged teeth are arranged to optimize the interaction between the clipping and the embodiment for the purpose of shredding and grinding. Centrifugal forces shear and grind the lawn clippings as they translate across the blade surface. The end result is an embodiment that shears and grinds lawn debris into small particles that break down in the environment at an accelerated rate to optimize the recycling process and augment visual appearance.