A connector arrangement, comprising a first connector comprising a first outer connector (206A, 206B), a first inner connector with a protruding element and first attaching means (212, 214, 320) for attaching the first connector to a first object; a bullet connector comprising a bullet outer connector (226A, 226B, 226C, 226D) and bullet inner connector; the bullet connector being attachable from a first side to the first connector, the bullet outer connector (226A, 226B, 226C, 226D) being configured to make a contact with the first outer connector (206A, 206B) to form a first conductive signal path from the first outer connector to the bullet outer connector, the bullet inner connector comprising means for receiving the protruding element of the first inner connector to form a second conductive signal path from the first inner connector to the bullet inner connector, the bullet connector being further attachable from a second side to another connector, the bullet outer connector (226A, 226B, 226C, 226D) being configured to make a contact with an outer connector (216A, 216B) of the another connector to extend the first conductive signal path from the first outer connector (206A, 206B) to the outer connector (216A, 216B) of the another connector, the bullet inner connector comprising means for receiving a protruding element of an inner connector of the another connector to extend the second conductive signal path from the first inner connector to the inner connector of the another connector, characterised in that the connector arrangement has no internal locking mechanism to provide mechanical stability for the first and second conductive signal paths, and in that the first attaching means (212, 214, 320) comprising a spring-loaded bed enabling the first connector to be movable in relation to the first object in at least two different directions. a bullet connector comprising a bullet outer connector (226A, 226B, 226C, 226D) and bullet inner connector; the bullet connector being attachable from a first side to the first connector, the bullet outer connector (226A, 226B, 226C, 226D) being configured to make a contact with the first outer connector (206A, 206B) to form a first conductive signal path from the first outer connector to the bullet outer connector, the bullet inner connector comprising means for receiving the protruding element of the first inner connector to form a second conductive signal path from the first inner connector to the bullet inner connector, the bullet connector being further attachable from a second side to another connector, the bullet outer connector (226A, 226B, 226C, 226D) being configured to make a contact with an outer connector (216A, 216B) of the another connector to extend the first conductive signal path from the first outer connector (206A, 206B) to the outer connector (216A, 216B) of the another connector, the bullet inner connector comprising means for receiving a protruding element of an inner connector of the another connector to extend the second conductive signal path from the first inner connector to the inner connector of the another connector, characterised in that the connector arrangement has no internal locking mechanism to provide mechanical stability for the first and second conductive signal paths, and in that the first attaching means (212, 214, 320) comprising a spring-loaded bed enabling the first connector to be movable in relation to the first object in at least two different directions.