[airspace] elevation = 47 center = N64.9300994873, E25.3546009064 magneticvar = 8.024 radius = 40 ; airspace radius in NM zoom = 7.0 ; default zoom level, increase to zoom in elevation = 13 ; ground altitude in feet floor = 1500 ; minimum selectable altitude descendaltitude = 10000 ; minimum initial altitude for arrivals ceiling = 9000 ; maximum selectable altitude above = 37000 ; maximum departure altitude when SID is enabled (must be above ceiling) transitionaltitude = 5000 ; highest altitude displayed in feet instead of flight level speedrestriction = 15, 220 ; radius in NM, and speed in knots usa = false ; American-style callsign pronunciation and runway names metric = false ; display altitudes in metres instead of feet separation = 3 ; minimum allowed distance between aircraft in NM beacons = OUK, N64.93160, E25.35930, 0, Oulu LAA, N64.96630, E25.21120, 0, Laanila TP, N64.88450, E25.53160, 0, Tango-Papa VA, N64.12950, E24.64280, 0, Victor-Alfa SUVIB,N64.25.55.00,E25.07.44.000 , 0 SUVIB IXONO,N064.35.30.000,E024.41.07.000,0,IXONO XEVAP,N064.50.13.000, E024.18.36.000,0, XEVAP NUBVU,N065.12.04.000, E025.45.11.000,0,NUBVU UGMOR,N064.39.40.000, E026.08.30.000,0,UGMOR ABKEM,N064.28.55.000, E025.48.41.000,0,ABKEM MIKNU,N064.26.39.000,E025.26.14.000,MIKNU OSMAM,N064.46.02.320,E025.36.37.670,OSMAM GITVU,N065.01.15.460,E024.59.42.200,GITVU ADKIN,N064.50.17.870,E025.42.41.880,ADKIN line1 = N65.08643, E24.78604 N65.07397, E24.65117 N65.04287, E24.57656 N64.97856, E24.57861 N64.95781, E24.69893 N64.99102, E24.84824 N65.02627, E24.89180 N65.03872, E24.99756 N65.05532, E24.97061 N65.08643, E24.78604 line2 = N65.80654, E22.62031 N65.87095, E22.74658 N65.78647, E22.91934 N65.73535, E23.10234 N65.74990, E23.15459 N65.78613, E23.22109 N65.80435, E23.41836 N65.80532, E23.59209 N65.82852, E23.69141 N65.78223, E23.89053 N65.80527, E24.15547 N65.81235, E24.23750 N65.78047, E24.40430 N65.82202, E24.53262 N65.85835, E24.59160 N65.85918, E24.62803 N65.83169, E24.62324 N65.75713, E24.58154 N65.67070, E24.67490 N65.65640, E24.76426 N65.66035, E24.83936 N65.54629, E25.24180 N65.47925, E25.34785 N65.35273, E25.30791 N65.24321, E25.29785 N65.14326, E25.25586 N65.09863, E25.34023 N65.06514, E25.36230 N65.00947, E25.37266 N64.98428, E25.27109 N64.95103, E25.22803 N64.91641, E25.28076 N64.86035, E25.28818 N64.85347, E25.21426 N64.87520, E25.13428 N64.88403, E24.94219 N64.85210, E24.74756 N64.80630, E24.65762 N64.80103, E24.55791 N64.73867, E24.53018 N64.68013, E24.44063 N64.51528, E24.27832 N64.38599, E24.02227 N64.27412, E23.92480 N64.25825, E23.86143 N64.13418, E23.65293 N64.04092, E23.59893 N64.03447, E23.49395 line3 = N64.39116, E26.77988 N64.41499, E26.81465 N64.44038, E26.83086 N64.46948, E26.81387 N64.50542, E26.82676 N64.52998, E26.86611 N64.52329, E27.11182 N64.49668, E27.21367 N64.41392, E27.21729 N64.36929, E27.26162 N64.33042, E27.36543 N64.33906, E27.46914 N64.38047, E27.57822 N64.39668, E27.72695 N64.38135, E27.92500 N64.33325, E27.91309 N64.30674, E27.92969 N64.30854, E27.88252 N64.30405, E27.80059 N64.28174, E27.73779 N64.24468, E27.76465 N64.23281, E27.85918 N64.20488, E27.94014 N64.17769, E28.05762 line4 = N64.12119, E28.07334 N64.12808, E28.00947 N64.14478, E27.92891 N64.22480, E27.65264 N64.27446, E27.56240 N64.26958, E27.50645 N64.25049, E27.48115 N64.22979, E27.42070 N64.20918, E27.32285 N64.17339, E27.28223 N64.13071, E27.28750 N64.12036, E27.25850 N64.15791, E27.20010 N64.20088, E27.07324 N64.23848, E26.94248 N64.27778, E26.92070 N64.36162, E26.79297 N64.39116, E26.77988 N64.39116, E26.77988 N64.39116, E26.77988 line5 = N65.91210, E24.71056 N65.85918, E24.62799 [airport1] name = Oulu Airport code = EFOU runways = rwy1, 12, N64.9358, E25.3319, 121.0, 8205, 0, 0, 47 sids= MIKNU IXONO UGMOR ABKEM ## name, position, airlines = FIN, 3, A320, FINNAIR, SUVIB SAS, 3, A320, Scandinavian, IXONO # you may also give just the name of a beacon from the beacon list entrypoints = 150,SUVIB 210,IXONO 100,ABKEM 290,XEVAP [departure1] runway = rwy1 route1 = MIKNU1A, MIKNU one alpha N064.53.39.380,E025.29.40.240 N064.26.39.000,E025.26.14.000 route2 = IXONO1A, IXONO one alpha N064.53.39.380,E025.29.40.240 N064.49.23.300,E025.23.37.340 N064.35.30.000,E024.41.07.000 route3 = ABKEM1A, ABKEM one alpha N064.53.39.380,E025.29.40.240 N064.28.55.000,E025.48.41.000 route4 = UGMOR1A, UGMOR one alpha N064.53.39.380,E025.29.40.240 N064.39.40.000,E026.08.30.000 route5 = XEVAP1A, XEVAP one alpha N064.53.39.380,E025.29.40.240 N064.49.23.300,E025.23.37.340 N064.50.13.000,E024.18.36.000 [approach1] runway = rwy1 beacon = SUVIB route1 = 369 N64.25.55.00,E25.07.44.000 N064.56.58.180,E024.53.42.380 12, 2300, 210 [approach2] runway = rwy1 beacon = IXONO route1 = 004 N064.35.30.000,E024.41.07.000 N064.56.58.180,E024.53.42.380 12, 2300, 210 [approach3] runway = rwy1 beacon = XEVAP route1 = 055 N064.50.13.000,E024.18.36.000 N064.56.58.180,E024.53.42.380 12, 2300, 210 [approach4] runway = rwy1 beacon = ABKEM route1 = 310 N064.28.55.000,E025.48.41.000 N064.56.58.180,E024.53.42.380 12, 2300, 210 [approach5] runway = rwy1,rev beacon = SUVIB route1 = 021 N64.25.55.00,E25.07.44.000 N064.46.02.320,E025.36.37.670 10, 2300, 210 [approach6] runway = rwy1,rev beacon = IXONO route1 = 056 N064.35.30.000,E024.41.07.000 N064.46.02.320,E025.36.37.670 10, 2300, 210 [approach7] runway = rwy1,rev beacon = XEVAP route1 = 087 N064.50.13.000,E024.18.36.000 N064.46.02.320,E025.36.37.670 10, 2300, 210 [approach8] runway = rwy1,rev beacon = ABKEM route1 = 333 N064.28.55.000,E025.48.41.000 N064.46.02.320,E025.36.37.670 10, 2300, 210 [approach9] runway = rwy1,rev beacon = OSMAM route1 = 021 N064.46.02.320,E025.36.37.670 10, 2300, 210 ############################################################## [configurations] ############################################################## config1 = 0, rwy1, landstart config2 = 0, rwy1, landstartrev ## score, identifier, usage, , # score is the score (skill) at which the runway will be activated # identifier is a unique runway name specified earlier # usage is a string (without spaces) that may contain these words: start, land, rev, int, track # where rev means reversed use (opposite direction), int means intersection departure (takeoffs begin 30% down the rwy), track means backtrack after landing # offsetheading means planes will fly a specific heading just after takeoff (especially useful for allowing parallel takeoffs with divergent climbout headings) # nosid option means planes will depart on the given offsetheading, with SID mode disabled # when rwy configurations are omited, two configs are automatically created, one for each rwy direction, with all runways active