Аннотация:A description is given of the design of the Nataliia-2 gamma telescope, intended to measure gamma rays from local astrophysical objects and diffuse gamma radiation in the 10-100 MeV range using multiwire spark chambers as track detectors. The arrival direction of gamma rays is determined on the basis of electron-positron pair (or electron) track data in the spark chambers. Attention is given to the possibility of improving the angular resolution of the telescope by the use of a colliimator with a coding aperture. The technical and physical characteristics of the telescope as a whole and of its individual components are given; the calibration of the telescope and of the detectors is considered.