Vehicle peripheral lighting system

1. A peripheral lighting system for an emergency vehicle, comprising:

a plurality of light heads communicatively connected to one another in series by a serial communications line, the plurality of light heads being configured to be located at various positions on the emergency vehicle;

a system controller; and

a computing device programmed to program the system controller to control each of the plurality of light heads,

wherein the serial communications line extends from the system controller directly to each of the plurality of light heads;

wherein the system controller is programmed to individually control each of the plurality of light heads over the serial communications line; and

wherein the computing device is programmed to provide a graphical user interface that allows an icon for each of the plurality of light heads to be dragged to a location on the emergency vehicle.

2. A peripheral lighting system for an emergency vehicle, comprising:

a plurality of light heads communicatively connected to one another in series by a serial communications line, the plurality of light heads being configured to be located at various positions on the emergency vehicle;

a system controller; and

a computing device programmed to program the system controller to control each of the plurality of light heads,

wherein the serial communications line extends from the system controller directly to each of the plurality of light heads;

wherein the system controller is programmed to individually control each of the plurality of light heads over the serial communications line; and

wherein the computing device is programmed to provide a graphical user interface for each of a plurality of zones of the emergency vehicle, each of the graphical user interfaces displaying a corresponding one of the plurality of zones and allowing an icon for each of a set of the plurality of light heads associated with the corresponding zone to be dragged to a location on the displayed zone of the emergency vehicle.

3. The peripheral lighting system of claim 2 , wherein the plurality of zones includes a vehicle front zone, a vehicle rear zone, a vehicle passenger side zone, and a vehicle driver side zone.

4. The peripheral lighting system of claim 1 , comprising a cable connected at one side to the system controller, the cable including a serial communication wire.

5. The peripheral lighting system of claim 4 , wherein the cable includes a plurality of serial communication wires.

6. The peripheral lighting system of claim 5 , wherein the cable includes a power wire.

7. The peripheral lighting system of claim 4 , comprising a waterproof connector associated with each of the plurality of light heads and connected to the cable.

8. The peripheral lighting system of claim 1 , wherein at least one of the plurality of lights heads includes a local ground connection.

9. The peripheral lighting system of claim 1 , wherein one or more of the plurality of light heads are triple color light heads.

10. The peripheral lighting system of claim 1 , wherein the system controller is the only controller that is wired to any light head of the emergency vehicle.

11. A peripheral lighting system for an emergency vehicle, comprising:

a plurality of light heads communicatively connected to one another in series by a serial communications line, the plurality of light heads being configured to be located at various positions on the emergency vehicle;

a system controller; and

a remote device with a near field communications wireless link to program the system controller to control each of the plurality of light heads,

wherein the serial communications line extends from the system controller directly to each of the plurality of light heads;

wherein the system controller is programmed to individually control each of the plurality of light heads over the serial communications line; and

wherein each of the peripheral light heads includes a near field communications sensor.

12. The peripheral light system of claim 11 , wherein each of the near field communications sensors is positioned behind a lens of the corresponding peripheral light head.

13. A method of using a graphical user interface of a computing device, comprising:

selecting a light head of an emergency vehicle lighting system from a plurality of light heads displayed on the graphical user interface;

dragging, on the graphical user interface, an icon associated with the selected light head, to a first of a plurality of predefined light head mounting locations on an image of a first portion of the vehicle displayed on the graphical user interface; and

dropping the icon at the first of the plurality of predefined light head mounting locations,

wherein the dropping causes a controller of the emergency vehicle lighting system to be programmed to associate the selected light head with the first of the predefined light head mounting locations.

14. The method of claim 13 , wherein the graphical user interface is a first graphical user interface, the method further comprising:

causing the computing device to display a second graphical user interface including a second portion of the vehicle; and

causing the controller to be programmed to associate a light head with a predefined mounting location at the second portion of the vehicle.

15. The method of claim 13 ,

wherein the graphical user interface indicates that:

one or more of the plurality of light heads have been associated with one or more of the plurality of predefined light head mounting locations; and

one or more of the plurality of light heads have not been associated with one or more of the plurality of predefined light head mounting locations.

16. The method of claim 15 , wherein, for each of the plurality of light heads, the graphical user interface displays a serial number and a model number.

17. A peripheral lighting system for an emergency vehicle, comprising:

a plurality of light heads configured to be located at various positions on the emergency vehicle;

a system controller;

a serial communications line extending from the system controller to each of the plurality of light heads; and

a computing device programmed to program the system controller to control each of the plurality of light heads,

wherein the system controller is programmed to individually control each of the plurality of light heads over the serial communications line;

wherein the computing device is programmed to provide a graphical user interface that allows an icon for each of the plurality of light heads to be moved on the graphical user interface and thereby be associated with a location on the emergency vehicle; and

wherein the system controller is the only controller that is wired to any light head of the emergency vehicle.