Abstract: An electrical power system is described, including a distribution system configured to supply electrical power to a bicycle helmet system and a power source configured to supply power to one or more elements associated with the bicycle helmet system using the distribution system, the power source being housed within a protective element of a bicycle helmet.

Abstract: An electrical power system for crash helmets is described, including a connector being disposed at an end of a visor, where the connector is configured to conduct electrical current, a switching system configured to control activation of the electrical power system, the switching system being coupled to the connector, and a distribution system configured to conduct the electrical current from the connector to the switching system, the distribution system being coupled to the visor.

Abstract: An electrical power system for crash helmets is described, including a distribution system configured to supply electrical power to a helmet system, a power source configured to supply power to the helmet system over the distribution system, the power source located in a helmet component. Also described is a battery configured to provide an electrical current to a helmet system, an electrical distribution system configured to provide a path for the electrical current between the battery and the helmet system, and a housing formed within the helmet and configured to house the electrical system.

Abstract: An electrical power system is described, including a distribution system configured to supply electrical power to a bicycle helmet system and a power source configured to supply power to one or more elements associated with the bicycle helmet system using the distribution system, the power source being housed within a protective element of a bicycle helmet.

Abstract: A shock balance controller is described, including a support structure configured to support the shock balance controller, the support structure having a chamber including a port disposed in a side of the chamber, the port providing an opening to a housing, and a bladder coupled to the housing, the bladder being filled with a first material configured to receive pressure from a shock, wherein the first material, when receiving the shock pushes a first piston that compresses a spring disposed in the housing, the spring pushing a second piston that increases the pressure of a second material stored in the chamber.

Abstract: An electrical power system for crash helmets is described, including a distribution system configured to supply electrical power to a helmet system, a power source configured to supply power to the helmet system over the distribution system, the power source located in a helmet component. Also described is a battery configured to provide an electrical current to a helmet system, an electrical distribution system configured to provide a path for the electrical current between the battery and the helmet system, and a housing formed within the helmet and configured to house the electrical system.