NOVELTY - The device (1) has a shallow housing (2) comprising a force sensor (4), which measures force applied to a top surface of the housing and generates a response signal. A controller placed inside the housing controls a user feedback unit (6) proportionally to the response signal. The controller controls the feedback unit such that a pseudo random feedback signal is generated upon activating of the sensor. The feedback unit includes a light source and a loudspeaker, where the sensor is a force sensitive pad placed on top of the top surface and a strain gauge is placed inside the housing.    USE - Stand-alone therapeutical training device i.e. exercise equipment, for training or exercising an individual suffering from cerebrovascular accident or stroke, handicap or disease e.g. spastic hemiplegia, diplegia, tetraplegia, Parkinson's disease and Creutzfeldt-Jakob disease, in a rehabilitation facility or home.    ADVANTAGE - The device enables a patient and a physiotherapist to evaluate force or weight applied by the user on the top surface of the device. The device allows a tool for evaluating force or weight distribution between left and right feet, left and right hands, heel and toe and palm and fingertips. The device provides a simple therapeutically training system based on use of stand-alone therapeutical training devices, which are independently operated and controlled. The device allows a signal to indicate how the weight or force is distributed between the heel and toe and the palm and the fingertips when training balance and postural control of the body by adding a control mode to the device without adding extra cost. The device utilizes a transparent cover to protect the user feedback unit. The device saves cost and time for weight transfer and balance exercises.    DETAILED DESCRIPTION - The light source is a multicolored LED. An INDEPENDENT CLAIM is also included for a method for providing a feedback unit to a user and a physiotherapist during training.    DESCRIPTION OF DRAWING(S) - The drawing shows a top perspective view of a stand-alone therapeutic training device.    Stand-alone therapeutic training device (1)    Shallow housing (2)    Force sensor (4)    User feedback unit (6)    Transparent cover (7)    User interface (8)