Remote control, moveable lighting system

A self-powered, mobile, controllable, and variable effect lighting device for high power, high intensity large scale lighting applications comprising:

• a mobile base platform which is moveably positionable along the ground;
• a boom mounted upon said base platform and having an outer end which is adjustably swivelable, tiltable, collapsible and extendable with respect to said base platform;
• a lighting array frame adjustably mounted to said outer end of said boom, said lighting array frame being independently tiltable in addition to being orientational according to the adjustable positioning of said boom;
• at least one luminaire assembly unit, each producing a lightbeam and being adjustably mounted to said lighting array frame, each said luminaire assembly unit being independently pannable and tiltable in addition to being orientational according to the adjustable positioning of said boom;
• luminaire mounting means connected between each said luminaire assembly unit and said lighting array frame for adjustably mounting each said luminaire assembly unit to said lighting array frame to allow independent panning and tilting of each luminaire assembly unit;
• actuator means operatively associated with said luminaire mounting means and said lighting array frame for causing adjustable panning and tilting of each said luminaire assembly unit with respect to said lighting array frame;
• first motor means operatively associated with the said lighting array frame for causing the adjustable movement of said lighting array frame with respect to said boom;
• second motor means operatively associated with each said luminaire assembly unit for allowing selective adjustment of the width of said corresponding light beam;
• power means operatively associated with said boom for causing adjustable movement of said boom with respect to said base platform;
• generator means on said mobile base platform for producing different electrical power levels, including sufficient electrical power to operate the high power, high intensity large scale lighting of each said luminaire assembly unit, and for producing sufficient electrical lower-levels of power for other elements of the lighting device, and for auxiliary devices;
• control circuitry mounted to said base platform for supplying operating power from said generator means to each said luminaire assembly unit, actuator means, first and second motor means, and power means;
• ballast means secured to said mobile base platform to provide ballast between said generator means and each of said luminaire assembly unit;
• switching means operatively connected between said generator means and said ballast means to provide switching for the high electrical power for each said high intensity, large scale lighting luminaire assembly unit, said switching means being controlled by signals from said control circuitry;
• and
• control means associated with and in operative communication with said control circuitry for allowing control of the beam of orientation of each luminaire assembly unit and of the vertical and horizontal positioning of said lighting array frame, said control means including first and second manual control panels, said first control panel being positioned on said mobile base platform and operatively connected by electrical conduits to said control circuitry, said second control panel being operatively connected to said control circuitry and being manually moveable to a location away from said mobile base platform.