A fastener assembly , comprising: a housing defining a first cavity and a second cavity , wherein each of the first cavity and the second cavity comprises a cylindrical shape, and wherein a diameter (D1) of the first cavity is less than a diameter (D2) of the second cavity; a first threaded member located within the housing; a second threaded member located within the housing; and a first biasing member coupled to the first threaded member and the housing, wherein a first center axis (C) about which the first biasing member is coiled is non-parallel to a wall defining the first cavity, and wherein the first biasing member applies a first biasing force against the first threaded member in a direction toward a first exterior surface of the housing and away from the second cavity; a second biasing member coupled to the second threaded member and the housing, wherein a second center axis (C) about which the second biasing member is coiled is non-parallel to the wall defining the first cavity, and wherein the second biasing member applies a biasing force against the second threaded member in a direction toward the first exterior surface of the housing and away from the second cavity; and a fastener , wherein the first threaded member and the second threaded member are configured to engage a threaded surface of the fastener when the fastener assembly is in a locked state, and wherein in the locked state, at least, a portion of each of the first threaded member and the second threaded member is located in the first cavity, such that an interference is formed between the wall defining the first cavity and the first and second threaded members, and wherein in response to removal of the interference between the wall defining the first cavity and the first and second threaded members, the first and second threaded members translate away from an axis of rotation (R) of the fastener and toward a wall of the second cavity. a housing defining a first cavity and a second cavity , wherein each of the first cavity and the second cavity comprises a cylindrical shape, and wherein a diameter (D1) of the first cavity is less than a diameter (D2) of the second cavity; a first threaded member located within the housing; a second threaded member located within the housing; and a first biasing member coupled to the first threaded member and the housing, wherein a first center axis (C) about which the first biasing member is coiled is non-parallel to a wall defining the first cavity, and wherein the first biasing member applies a first biasing force against the first threaded member in a direction toward a first exterior surface of the housing and away from the second cavity; a second biasing member coupled to the second threaded member and the housing, wherein a second center axis (C) about which the second biasing member is coiled is non-parallel to the wall defining the first cavity, and wherein the second biasing member applies a biasing force against the second threaded member in a direction toward the first exterior surface of the housing and away from the second cavity; and a fastener , wherein the first threaded member and the second threaded member are configured to engage a threaded surface of the fastener when the fastener assembly is in a locked state, and wherein in the locked state, at least, a portion of each of the first threaded member and the second threaded member is located in the first cavity, such that an interference is formed between the wall defining the first cavity and the first and second threaded members, and wherein in response to removal of the interference between the wall defining the first cavity and the first and second threaded members, the first and second threaded members translate away from an axis of rotation (R) of the fastener and toward a wall of the second cavity. <EOS>