TELESCOPIC SIGHT

A telescopic sight (10) hasanobjective lens system (14), aneyepiece lens system (18) and an inversion system (20), which is disposed in the optical path between the objective lens system (14) and the eyepiece lens system (18), wherein the inversion system (20) is pivotably supported relative to the optical axis (A) of the telescopic sight (10) by means of a height adjustment device (30) and a lateral adjustment device (40).The telescopic sight (10) also has a first sight aid in form of a reticle (50), which is disposed at the end (21) on the lens side of the inversion system (20), and a second sight aid in form of a projection means, which is disposed at end (22) on the eyepiece side of the inversion system (20). Toavoid projection errors, when fading in ballistic information and/or electronic target marks, particularly parallaxes, and to maintain a fully functional telescopic sight even if the electronic components are inoperable, it isenvisioned for the inversion system (20) to generate an image plane (BU) at the end (22) on the eyepiece side having a perpendicular alignment relative to the optical axis (a) of the inversion system (20), for the projection means (60)to generate a projection in the field of view of the telescopic sight (10) that is located in a projection plane (63), and wherein the projection plane (63) is aligned perpendicularly relative to the optical axis (a) of the inversion system (20) and located in the image plane (BU) of the inversion system (20), and for a display means (70) to be allocated to the inversion system (20)that generates information and/or an electronically generated target mark in the projection plane (63)via the projection means (60).