Abstract: A barbell pad having magnets on its inner surface to better secure the barbell pad to the bar portion of a barbell and prevent excessive slippage of the pad relative to the bar during use. The barbell pad has an opening comprising two ends lined with Velcro that allows it to be fit around the bar of a barbell and secured around the circumference of the bar when the Velcro lining the two ends of the opening is connected and magnets on the inner surface of the barbell pad attach to the metal bar's outer surface. Magnets attached the inner surface of a pad or covering can be used to secure the pad or covering to a structure or apparatus to secure the pad or covering to the structure or apparatus and prevent slipping of the pad or covering relative to the structure or apparatus.

Abstract: A barbell pad having magnets on its inner surface to better secure the barbell pad to the bar portion of a barbell and prevent excessive slippage of the pad relative to the bar during use. The barbell pad has an opening comprising two ends lined with Velcro that allows it to be fit around the bar of a barbell and secured around the circumference of the bar when the Velcro lining the two ends of the opening is connected and magnets on the inner surface of the barbell pad attach to the metal bar's outer surface. Magnets attached the inner surface of a pad or covering can be used to secure the pad or covering to a structure or apparatus to secure the pad or covering to the structure or apparatus and prevent slipping of the pad or covering relative to the structure or apparatus.