{"geometry":{"coordinates":[-27.116666666666667,31.566666666666666],"type":"Point"},"id":5247647,"properties":{"icao_location":"LPPO","icao_text":"A5763/26 NOTAMN\r Q) LPPO/QRALW/IV/NBO/W /000/821/3134N02707W999\r A) LPPO B) 2610111117 C) 2610310716\r D) 11 1117-1812, 15 0346-0716, 17 1430-1800, 21 0333-0703, 25 \r 1128-1458, 27 1442-1812, 30 1124-1454, 31 0346-0716\r E) AS PART OF THE EASTERN NORTH ATLANTIC INTERNATIONAL PROJECT, \r ATMOSPHERIC RESEARCH UNMANNED BALLOON FLIGHTS WILL BE LAUNCHED FROM \r THE GRACIOSA ISLAND ARM (ATMOSPHERIC RADIATION MEASUREMENT) \r FACILITY, LOCATED AT POSITION 390528N0280134W. THE LAUNCH HAS TIME \r BUFFER OF PLUS 30 MINUTES TO ACCOMMODATE ANY FAILURES THAT MIGHT \r CAUSE A DELAY. THE TOTAL PAYLOAD OF THE BALLOON IS ABOUT 410\r GRAMS, BEING CLASSIFIED AS LIGHT IN ACCORDANCE WITH ICAO ANNEX2, \r APPENDIX 5, NUMBER 1. THE BALLOONS ARE EXPECTED TO CLIMB AT 5 TO 6 \r METERS PER SECOND AND REACH UP TO 25 KILOMETERS HIGH WITHIN 120 \r MINUTES. AFTER FLIGHT TERMINATION THE DESCENT RATE IS ESTIMATED TO \r BE ABOUT 10 METERS PER SECOND. THE TRAJECTORY OF EACH BALLOON WILL \r DEPEND ON THE METEOROLOGICAL AND ATMOSPHERIC CONDITIONS AT LAUNCH \r TIME AND THE TERMINATION OF THE FLIGHT MAY OCCUR AT A SIGNIFICANT \r DISTANCE FROM THE LAUNCHING POSITION.\r F) SFC G) 25000M AMSL","id":5247647,"notam_number":"A5763/26","radius_nm":999.0,"raw_text":"AS PART OF THE EASTERN NORTH ATLANTIC INTERNATIONAL PROJECT, \r\nATMOSPHERIC RESEARCH UNMANNED BALLOON FLIGHTS WILL BE LAUNCHED FROM \r\nTHE GRACIOSA ISLAND ARM (ATMOSPHERIC RADIATION MEASUREMENT) \r\nFACILITY, LOCATED AT POSITION 390528N0280134W. THE LAUNCH HAS TIME \r\nBUFFER OF PLUS 30 MINUTES TO ACCOMMODATE ANY FAILURES THAT MIGHT \r\nCAUSE A DELAY. THE TOTAL PAYLOAD OF THE BALLOON IS ABOUT 410\r\nGRAMS, BEING CLASSIFIED AS LIGHT IN ACCORDANCE WITH ICAO ANNEX2, \r\nAPPENDIX 5, NUMBER 1. THE BALLOONS ARE EXPECTED TO CLIMB AT 5 TO 6 \r\nMETERS PER SECOND AND REACH UP TO 25 KILOMETERS HIGH WITHIN 120 \r\nMINUTES. AFTER FLIGHT TERMINATION THE DESCENT RATE IS ESTIMATED TO \r\nBE ABOUT 10 METERS PER SECOND. THE TRAJECTORY OF EACH BALLOON WILL \r\nDEPEND ON THE METEOROLOGICAL AND ATMOSPHERIC CONDITIONS AT LAUNCH \r\nTIME AND THE TERMINATION OF THE FLIGHT MAY OCCUR AT A SIGNIFICANT \r\nDISTANCE FROM THE LAUNCHING POSITION.","status":"CANCELLED"},"type":"Feature"}