Abstract: A panoramic telescope of the type having a body 3 to be mounted on a vehicle, a head-piece 9 attached to the body and rotating with respect thereto. A window 11 is provided for observing the external scenery. Inside the head-piece is a mirror 13 for deflecting the incoming beam from the window towards an optical detector.

Abstract: A panoramic periscope includes a central body (3, 3A) and a rotating head-piece (9) supported on the central body. Inside the central body, an optical path (21, 23, 101, 105, 109, 111, 113) for an optical beam (F,) coming from the head-piece (9) is provided. A viewing module (17) receives the optical beam, for observing the external scenery. A laser telemeter (19) is provided and, along the optical path, a separator element (10S) with an inner dichroic surface (105A) is passed through by the optical beam coming from the head-piece (9). The inner dichroic surface (105A) separates a laser beam coming from the head-piece (9) and deviating it towards a separate optical path (107) which conveys the laser beam towards the laser telemeter (19). The separator element (105) has an entry surface (105I) and an exit surface (105U) which are parallel with one another and passed through by the optical beam (FV), the surfaces being perpendicular to the optical beam (FV).

Abstract: A panoramic telescope of the type having a body 3 to be mounted on a vehicle, a head-piece 9 attached to the body and rotating with respect thereto. A window 11 is provided for observing the external scenery. Inside the head-piece is a mirror 13 for deflecting the incoming beam from the window towards an optical detector.