The Kinematic Lab Mov application allows obtaining kinematic angular parameters from the recording of a body movement in video from the app itself.The user must bear in mind that the recording must be done perpendicularly to the movement plane and at a suitable distance so that the segment that is mobilized does not leave the plane and that allows a clear vision of the structures in movement.The movements that allows to analyze kinematic Lab Mov have been grouped by anatomical regions and types of joint movement to be used as a test of muscular evaluation at different moments of time, so that we can evaluate a certain joint movement at different times throughout of a retrofit or recovery process, comparing values of amplitude (ROM), speeds and power of the movement.Each of the tests that can be performed has its demo so that the user knows how to perform the gesture properly.The tests allow the addition of external loads, in case the evaluated subject uses dumbbells, bars or other elements that offer resistance in the execution of the exercise.Kinematic Lab Mov allows you to store the tests performed on different subjects for later comparison or file.Once the video has been obtained, the user will mark the axis of rotation of the movement and a series of points (which must be saved) that determine the intervals for calculating the kinematic values. The more points are marked more available values for the calculation and greater reliability of the measure. It is important that the START point corresponds to the frame in which the body segment begins to move, the rest of the points can be added depending on the needs of the evaluator, but it is recommended that to compare tests of the same subject, the points are approximately in the same angular positions, for example marking the points: 10˚, 20˚, 40˚, 60˚ and 90˚.Once the movement is finished and the points are marked, the Results button is pressed and the application will show the general information of the test and a graph showing the behavior of the angular velocity and the angular acceleration of the movement.For more information about the operation of the app, you can consult: www.kinematiclab.org