FIELD: information displaying equipment, in particular, helmet-type personal displays. SUBSTANCE: goal of invention is achieved by arranging object pixels on spherical surface between focal surface of spherical concave mirror and reflecting surface of said mirror. Center of spherical surface is matched with mirror center and eye rotation center. In addition device has video controller, fiber-optical light source, optical polarization element, focusing lens, and vertical and horizontal scanners. Scanners are connected to one another by means of semi-transparent flat and concave spherical mirrors in order to produce scanned image of light beams over spherical surface. Output of horizontal scanner is connected to eye through semi-transparent spherical mirror and flat polarization mirror. EFFECT: natural perception of object space under condition of wide observation range and low distance to objects. 2 cl, 5 dwg
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