A vehicle and a control method thereof are provided. The vehicle may include: at least one seat capable of swiveling; a user interface; and a swivel control device. The swivel control device may be configured to: receive, via the user interface, an indication of a requested swivel mode for the at least one seat; and, control, based on the requested swivel mode and based on a detection of a swivel condition being satisfied, a swivel operation of the at least one seat.

A system for controlling the position of a vehicle seat is disclosed. The system includes in network communication, an input device, a detection system, at least one controller, and at least one controllable device. The detection system measures a current value of at least one of the recline, fore-aft, or swivel position of the seat. The input device communicates to the controllers a desired value for at least one of these seat positions. The controller compares the measured value to a limiting value and the desired value and calculates a movement factor value. The movement factor value determines the communication between the controller and the controllable device. If the movement factor value falls into a range where the seat can be moved to the desired value, the controller signals the at least one controllable device to control the adjustment of at least one of the recline position, the fore-aft position, or the swivel position to the desired value. However, if the movement factor value falls outside a range where the seat can be moved to the desired value, the controller signals the at least one controllable device to limit the adjustment of the at least one of the recline position, the fore-aft position, or the swivel of the position.

An article and method to provide vehicle interior panels that offer control of vehicle systems where the control features visually present themselves to the occupant when a given control is desired or in need. The method includes the use of proximity sensors and a shapeshifting (morphing) surface.