A system comprising: a visor, comprising: a first lens member comprising: a first transparent shield configured with a first viewing area; and a photochromic layer coupled to the first transparent shield and configured to adjust a first transmission state of the first viewing area based on the transmission of light through the first viewing area; a second lens member comprising: a second transparent shield configured with a second viewing area; and an electrochromic layer configured to reduce transmission of ambient light through the second viewing area upon an application of a voltage to the electrochromic layer; a controller configured to adjust a voltage applied to the electrochromic layer, wherein the electrochromic layer is configured to adjust a second transmission state of the electrochromic layer based on the voltage; and an attachment element coupled to the first lens member and configured to attach to a headgear; characterized in that: wherein the first viewing area partially overlaps with the second viewing area; wherein the second lens member is configured as a flat plane surface where the first viewing area and the second viewing area overlap on the front portion of the visor; wherein the first lens member comprises a curved surface and a relatively flat surface; wherein the relatively flat surface is where the first viewing area and the second viewing area overlap on the front portion of the visor; wherein the first lens member transitions via the curved surface to a side portion of the first lens member. a first lens member comprising: a first transparent shield configured with a first viewing area; and a photochromic layer coupled to the first transparent shield and configured to adjust a first transmission state of the first viewing area based on the transmission of light through the first viewing area; a first transparent shield configured with a first viewing area; and a photochromic layer coupled to the first transparent shield and configured to adjust a first transmission state of the first viewing area based on the transmission of light through the first viewing area; a second lens member comprising: a second transparent shield configured with a second viewing area; and an electrochromic layer configured to reduce transmission of ambient light through the second viewing area upon an application of a voltage to the electrochromic layer; a second transparent shield configured with a second viewing area; and an electrochromic layer configured to reduce transmission of ambient light through the second viewing area upon an application of a voltage to the electrochromic layer; a controller configured to adjust a voltage applied to the electrochromic layer, wherein the electrochromic layer is configured to adjust a second transmission state of the electrochromic layer based on the voltage; and an attachment element coupled to the first lens member and configured to attach to a headgear; characterized in that: wherein the first viewing area partially overlaps with the second viewing area; wherein the second lens member is configured as a flat plane surface where the first viewing area and the second viewing area overlap on the front portion of the visor; wherein the first viewing area partially overlaps with the second viewing area; wherein the second lens member is configured as a flat plane surface where the first viewing area and the second viewing area overlap on the front portion of the visor; wherein the first lens member comprises a curved surface and a relatively flat surface; wherein the relatively flat surface is where the first viewing area and the second viewing area overlap on the front portion of the visor; wherein the first lens member transitions via the curved surface to a side portion of the first lens member.