Patent ID: 8867025

Claim:
An aerial, landing, takeoff collision avoidance system for aircrafts, wherein said system comprising: a plurality of first transmitters and a plurality of second transmitters for emitting pulsating laser beams and a plurality of first receivers and a plurality of second receivers for detecting and receiving said laser beams, wherein said plurality of first transmitters and said plurality of second transmitters are each separately connected to plurality of multi-position optical laser lenses by means of optic cables, wherein said plurality of multi-position optical laser lenses and plurality of first receivers and said plurality of second receivers are housed in a plurality of aerodynamically designed pivotal devices; a control panel comprising of a central processing unit, software, a liquid crystal display (LCD), a laser radar screen, an audible-visual warning device comprising of a playback module, and a navigational system having a Global Positioning System (GPS) and a trajectory apparatus electrically coupled to a speed monitoring and processing device that is electrically, mechanically, and pneumatically connected to said plurality of multi-position optical laser lenses; a third transmitters and a three-way wireless communication device electrically coupled to said control panel; a remote central processing unit comprising of a control panel, a liquid crystal display (LCD), a third receiver and a fourth receiver; a warning device, a three-way wireless telecommunication device; a plurality of remote apparatuses comprising of: a housing having a front and a rear face; a first array of lights carried by front face of said housing; a second array of lights carried by front face of said housing; a third array of lights carried by rear face of said housing; a first sensor carried by said front face of said housing and is electrically connected to said first array of lights; a second sensor carried by said rear face of said housing and is electrically connected to said second array of lights; a transmitter and receiver carried by said housing; a power source for providing electrical power to said array of lights and said the sensors; a switch to connect and disconnect power source; and a means for attaching said housing to an object.