Multifunctional rescue and transport robotic bed for outdoor and indoor use consists of an interface (4) which is an intermediate element between a mobile chassis (2) and a transfer bed (5)； while the interface (4) is placed firmly on the telescopic columns (3) with extensions (15) with transverse pins equipped with sliding segments (16)； white the main part of the mobile chassis is a chassis frame (6) forming lateral and anteroposterior bumper zones； where in corners of the chassis frame (6), wheel units (8) with unlimited turning radius are arranged pivotally in forks； while the wheel unit (8) with unlimited turning radius is placed in the corner forks of the chassis frame (6) in the corner pegs (10)； while a supporting girder (11) of suspension and damping elements is suspended in the corner pegs (10) leaning on height- adjustable handles of the supporting girder (11) which position is adjustable via linear drive (12) placed between the chassis frame (6) and the supporting girder (11)； while a part of the mobile chassis (2) is a control column (18) which basic part is a column frame (19) placed rotationally in the chassis frame flange (22)； while the control column (18) is from a working position adjustable by ± 90 °； while the column frame (19) is followed by a disengaging part of column (23) with handlebars (31) control elements； while the main part of the transfer bed (5) is the bed frame (93)； where the sides of the bed frame (93) form runners (94) on which in the central zone the double handles (95) are attached, and which together support the loading area of the bed； while in corners of the bed frame (93) there are the angled corner forks (79) designated to store the carrying handles (101 ) arranged pivotally in the horizontal plane in the range of 90°； while in parallel to the longitudinal axis of the bed frame (63), along the entire length there are placed longitudinal lines (109) in which the X-ray frame (110) moves slidingly with alternative option of l
