A kinetic facade system which is based on gathering the panels in any place desired and closing the panels when desired, comprising: • A carrier frame profile which is inclined towards the inside of the internal tab frame profile and out of the external tab frame profile wherein the carrier wheel assemblies joined to the horizontal panel profile move therein, wherein the tabbed park lamella used in locking the panels are fixed to the base of the panels, comprising a brake shoe bearing which enables to reliably lock the carrier wheels when the wheels arrive at the park space, a water channel which enables the collection of water, a concealed water discharge cell used in discharging the water, an angular pin housing used for properly joining the profile opening sections at the angular joints, and a mounting isolation bearing at the edges of the base, • A horizontal panel profile wing for providing the motion of the following the coupling of the carrier wheels, and for directing the water towards the panel bearing onto which the panels have been mounted, a horizontal panel profile screw channel which enables to fix the vertical panel profile, horizontal panel profile having panel support tabs which enable the panels to be fitted into the profile without deviation of the axle of the panels, • A vertical panel profile tab which can be placed outside of the horizontal panel profile used in the vertical joints of the panels, which can be broken off if necessary in order to enable a durable joining with the horizontal panel profile, and a vertical panel profile comprising a panel bearing onto which panels have been mounted, a vertical panel brush bearing,a vertical panel magnet bearing and a vertical panel seal seat, • A side sealing profile which can tolerate up to 5° of wall defects and which provides isolation at the ends of the walls by being joined to the carrier frame profile, by means of the side sealing profile connection part, • A latch lock vertical panel profile having a panel bearing into which panels are mounted, wherein the lever latch locking system can be mounted onto hinged panels, • A park carrier wheel assembly which comprises at least two carrier wheels that move inside the carrier frame profile by being attached to the horizontal panel profile and a park carrier wheel part which is inserted into the tabbed park lamella located inside the frame and is rotated and locked, • A flat carrier wheel assembly having at least two carrier wheels which move inside the carrier frame profile by being coupled to the horizontal panel profile. • A carrier frame profile which is inclined towards the inside of the internal tab frame profile and out of the external tab frame profile wherein the carrier wheel assemblies joined to the horizontal panel profile move therein, wherein the tabbed park lamella used in locking the panels are fixed to the base of the panels, comprising a brake shoe bearing which enables to reliably lock the carrier wheels when the wheels arrive at the park space, a water channel which enables the collection of water, a concealed water discharge cell used in discharging the water, an angular pin housing used for properly joining the profile opening sections at the angular joints, and a mounting isolation bearing at the edges of the base, • A horizontal panel profile wing for providing the motion of the following the coupling of the carrier wheels, and for directing the water towards the panel bearing onto which the panels have been mounted, a horizontal panel profile screw channel which enables to fix the vertical panel profile, horizontal panel profile having panel support tabs which enable the panels to be fitted into the profile without deviation of the axle of the panels, • A vertical panel profile tab which can be placed outside of the horizontal panel profile used in the vertical joints of the panels, which can be broken off if necessary in order to enable a durable joining with the horizontal panel profile, and a vertical panel profile comprising a panel bearing onto which panels have been mounted, a vertical panel brush bearing,a vertical panel magnet bearing and a vertical panel seal seat, • A side sealing profile which can tolerate up to 5° of wall defects and which provides isolation at the ends of the walls by being joined to the carrier frame profile, by means of the side sealing profile connection part, • A latch lock vertical panel profile having a panel bearing into which panels are mounted, wherein the lever latch locking system can be mounted onto hinged panels, • A park carrier wheel assembly which comprises at least two carrier wheels that move inside the carrier frame profile by being attached to the horizontal panel profile and a park carrier wheel part which is inserted into the tabbed park lamella located inside the frame and is rotated and locked, • A flat carrier wheel assembly having at least two carrier wheels which move inside the carrier frame profile by being coupled to the horizontal panel profile.