proximity sensor of the dsu 33b b the signal from the laser sensor 18 is processed to derive the azimuth and elevation angles to the target reflecting the laser radiation the derived azimuth and elevation angles are sent back to the guidance system discussed below fig3 shows a similar implementation for an unfocused laser seeker having four separate sensors 26 which receive the laser radiation and process it in accordance with the teachings of u s pat no 6 060 703 fig4 shows a block diagram of a bomb body assembly 40 the inventive proximity laser system kit 42 which attaches on the front of the bomb and a guidance tail kit 44 such as a jdam kit which straps onto the back of the bomb information is normally provided to the guidance tail kit prior to release of the weapon to set the desired target coordinates flight trajectory and similar initialization information additional means are provided to pass information from the guidance tail kit 44 to the proximity laser system 42 including information on the laser designator code to be used with this weapon and the final fuzing mode to be employed at detonation a laser energy detection signal and the measured target.