Abstract: A helmet assembly is provided and comprises a helmet shell having a frontal opening and chin portions provided below the frontal opening. The helmet shell also has a chin bar extending between and connecting the chin portions together. The helmet assembly includes a nose bridge assembly removably connectable to and extending between the chin portions. The nose bridge assembly has a nose bridge body having an inner edge and an outer edge extending on respective sides thereof. The helmet assembly includes a frontal shield adapted to engage with the inner edge of the bridge body when in a lowered position, and a jaw shield adapted to engage with the outer edge when in a closed position. The operation of the jaw shield is independent from the position of the frontal shield, and the operation of the frontal shield is independent from the position of the jaw shield.

Abstract: A pair of goggles is provided and includes a frame defining a closed perimeter and an opening, a strap assembly coupled to the frame and a lens assembly removably connectable to the frame to cover the opening. The lens assembly includes a lens frame defining a lens opening, and a lens connectable to the lens frame to cover the lens opening. The goggles also include a heating assembly configured to generate and provide heat to the lens assembly. The heating assembly includes conductive elements provided on the lens and configured to enable an electrical current to travel therebetween, the conductive elements being provided on opposite sides of the lens such that, upon connecting the lens to the lens frame, the conductive elements are located proximate respective lateral edges of the lens frame.

Abstract: A helmet includes a helmet shell having ridges protruding therefrom. The ridges being laterally spaced from one another to define shell channels therebetween which extend from a front section of the helmet shell towards a back section of the helmet shell. The helmet shell has a peak interface section extending along the outer surface and transversely across the ridges and the shell channels. The helmet also includes a peak connected to the helmet shell and comprising a helmet interface section adapted to engage with the peak interface section, and a forward section extending from the helmet interface section and having a forward edge. The peak has openings defined therethrough to enable air flowing under the peak to flow through the openings and towards the back section of the helmet shell. Each one of the ridges and the shell channels is aligned with respective openings of the peak.