SDUS32 KFFC 020529 NVWATL 0K¿N¨%Ì ºÿÿƒoÿþ¶Ú30ZMK¿MGK¿N§€ €€€€€€€€€€] ¬< ^ÿÿDÿÿ4 2ÿÿÿÿÿÿÿÿ44ÿßÿß ê5þ5(þ(58þ85GþG5VþV5fþf5uþu5„þ„5”þ”5£þ£5²þ²5ÂþÂ5ÑþÑ5àþà5ðþð5ÿþÿ5þ5þ5-þ-5<þ<5LþL5[þ[5jþj5zþz5‰þ‰5˜þ˜5¨þ¨5·þ·5ÆþÆ ZZÕZßÕߧÕ§ßÍÕÍßôÕôßÕß@Õ@ßgÕgßÕß³Õ³ßÚÕÚß  êTIMEALT KFT  Ìê0529 ¥ê0523 ê0517 Yê0511 2ê0505  ê0459 æê0453 ¿ê0447 ™ê0441 sê0435 Lê0429 2³ 3¤ 4” 5… 6v 7f 8W 9H10811)1213 14û15ì16Ü17Í18¾19®20Ÿ2224€25q26b28R30C35440$4550 Ú· Ú¨ Ú˜ø Ú‰ö! Úzí% Újë$ Ú[í& ÚLô0 Ú<þ5 Ú-6 Ú8 Ú8 Ú”U Ú„V ÚuÿU ÚfýO ÚVP ÚG] ³Æ/  ³· ³¨ ³˜ø ³‰ó! ³zï$ ³jì$ ³[í& ³Ló. ³<ý3 ³-6 ³7 ³< ³ÿ @ ³”þV ³„ÿW ³uT ³fýQ ³VP ³Gÿ\ Æ1  · ¨ ˜ù ‰ô zë$ jë# [ê& Ló- <ü2 -6 9 : ÿ9 ”T „S uT fþQ VQ Gî_ gÆ, g· g¨ g˜ú g‰ó gzë# gjì# g[ê% gLò, g<ü1 g-7 g8 g9 gÿ; g”T g„P guT gfþP gVP gG^ @Æ*  @· @¨ @˜ü @‰ò @zî$ @jì$ @[ê% @Lð+ @<ü1 @-6 @; @; @ÿ6 @”R @„T @uT @fýO @VP Æ)  · ¨ ˜ü ‰ï zí# jì# [ë" Lñ+ <ü1 -: 8 < ÿ8 ”S „S uT fýO VQ ôÆ&  ô· ô¨ ô˜ø ô‰î ôzë# ôjë# ô[ë" ôLñ) ô<û0 ô-7 ô9 ô9 ôÿ7 ô”T ô„S ôuT ôfþO ôVP ôGþe ÍÆ+  Í· ͨ ͘ø ͉í Ízé" Íjê" Í[ë" ÍLñ) Í<ù0 Í-8 Í9 Í8 Íÿ8 Í”U Í„U ÍuT ÍfþO ÍVP ÍG\ §· §¨ §˜ù §‰î §zè! §jê" §[ì# §Ló) §<û0 §-7 §7 §: §ÿ7 §”S §„S §uT §fÿP §VO §Gÿa · ¨  ˜ü ‰ï zê  jë" [í# Lî( <û/ -5 9 8 ÿ8 „S uU fýQ VP ZÆ.  Z· Z¨ Z˜þ Z‰ï Zzê Zjë! Z[ì" ZLï( Z<ý0 Z-5 Z9 Z; Zÿ; Z”R Z„U ZuU ZfþO ZVN ZG\ÓÂNDÓûNDÓìNDÓÜNDÓÍNDÓ¾NDÓ®NDÓŸNDÓ4NDÓ$NDÓND¬ìND¬ÜND¬ÍND¬¾ND¬®ND¬ŸND¬4ND¬$ND¬ND†ìND†ÜND†ÍND†¾ND†®ND†ŸND†4ND†$ND†ND`ìND`ÜND`ÍND`¾ND`®ND`ŸND`4ND`$ND`ND9ìND9ÜND9ÍND9¾ND9®ND9ŸND9CND94ND9$ND9NDìNDÜNDÍND¾ND®NDŸNDCND4ND$NDNDíìNDíÜNDíÍNDí¾NDí®NDíŸNDí4NDí$NDíNDÆìNDÆÜNDÆÍNDƾNDÆ®NDÆŸNDÆ4NDÆ$NDÆND ÂND ìND ÜND ÍND ¾ND ®ND ŸND 4ND $ND NDzÂNDzìNDzÜNDzÍNDz¾NDz®NDzŸNDzNDzCNDz4NDz$NDzNDSìNDSÜNDSÍNDS¾NDS®NDSŸNDS4NDS$NDSNDÿÿd ºÿÿƒoÿþ¶Ú3dZMK¿MGK¿N§€ €€€€€€€€€€] ¬<ÿÿP VAD Algorithm Output 02/02/23 05:29 P ALT U V W DIR SPD RMS DIV SRNG ELEV P 100ft m/s m/s cm/s deg kts kts E-3/s nm deg P 013 3.9 -7.7 NA 333 017 1.8 NA 5.67 0.3 P 017 3.2 -2.0 -1.9 301 007 2.0 0.0966 16.20 0.3 P 029 7.9 -1.7 -4.4 282 016 1.2 0.0671 16.20 1.0 P 030 7.2 -1.5 NA 282 014 1.2 NA 7.41 2.4 P 040 7.7 -0.7 NA 275 015 1.7 NA 11.14 2.4 P 050 9.1 3.7 NA 248 019 1.9 NA 6.14 6.0 P 053 11.3 3.8 -5.4 251 023 1.7 0.0085 16.20 2.4 P 060 15.6 7.0 NA 246 033 0.9 NA 7.69 6.0 P 070 15.9 10.2 NA 237 037 0.7 NA 5.59 10.0 P 080 15.1 10.5 NA 235 036 0.8 NA 6.53 10.0 P 090 16.5 10.6 NA 237 038 1.4 NA 12.30 6.0 P 100 22.2 10.8 NA 244 048 1.7 NA 5.66 15.0 P 110 26.3 7.5 NA 254 053 1.9 NA 6.29 15.0 P 115 27.3 4.8 -13.4 260 054 1.8 0.0376 16.20 6.0 ÿÿP VAD Algorithm Output 02/02/23 05:29 P ALT U V W DIR SPD RMS DIV SRNG ELEV P 100ft m/s m/s cm/s deg kts kts E-3/s nm deg P 120 27.4 4.6 NA 260 054 2.0 NA 10.28 10.0 P 130 28.7 3.5 NA 263 056 1.0 NA 7.56 15.0 P 140 28.6 3.8 NA 262 056 0.8 NA 19.90 6.0 P 240 42.7 9.3 NA 258 085 0.6 NA 34.71 6.0 P 250 43.1 10.7 NA 256 086 1.2 NA 36.17 6.0 P 260 42.2 11.4 NA 255 085 1.2 NA 15.73 15.0 P 267 41.3 12.8 -65.3 253 084 1.1 0.1057 16.20 15.0 P 280 39.1 11.6 NA 253 079 1.2 NA 7.71 35.0 P 300 40.4 7.8 NA 259 080 1.3 NA 6.72 45.0 P 350 46.5 10.9 NA 257 093 2.5 NA 6.44 60.0 ÿÿ2 ADAPTABLE PARAMETERS - WIND PROFILE 2 2 2 VAD ANALYSIS SLANT RANGE 16.2 NMI 2 2 BEGINNING AZIMUTH ANGLE 0.0 DEGREE 2 2 ENDING AZIMUTH ANGLE 0.0 DEGREE 2 2 NUMBER OF PASSES 2 2 2 RMS THRESHOLD 9.7 KNOTS 2 2 SYMMETRY THRESHOLD 13.6 KNOTS 2 2 DATA POINTS THRESHOLD 25 2 ÿÿ2 2 2 2 2 ALTITUDES SELECTED 2 2000 3000 4000 5000 6000 7000 2 8000 9000 10000 11000 12000 13000 2 14000 15000 16000 17000 18000 19000 2 20000 22000 24000 25000 26000 28000 2 30000 35000 40000 45000 50000 -666 2 2 OPTIMUM SLANT RANGE 16.2 2 2 2 2 2 ÿÿ