aprs.aialfa

M0XZS-12

Ayrıştırılmamış paketler

Satırlar APRS-IS'ten geldiği haliyle, en yenisi üstte. Son 7 gün saklanır.

  1. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkmN?GO>>hQ Bat=3.78V (57%)
  2. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkoN?G\>>7Q Bat=3.79V (58%)
  3. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl;N?H)>>mQ Bat=3.79V (60%)
  4. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlFN?Gz>?8Q Bat=3.81V (61%)
  5. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl0N?Gw>>]Q Bat=3.81V (63%)
  6. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl6N?GL>=gQ Bat=3.83V (64%)
  7. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl.N?Gz>>qQ Bat=3.84V (66%)
  8. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlpN?G'>>CQ Bat=3.85V (68%)
  9. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlhN?Fv>=4Q Bat=3.86V (69%)
  10. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk{N?G\>>:Q Bat=3.87V (70%)
  11. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl3N?G@>>JQ Bat=3.88V (71%)
  12. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl`N?Gf>;vQ Bat=3.89V (72%)
  13. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlYN?Gz>>+Q Bat=3.90V (74%)
  14. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlAN?H&>>TQ Bat=3.91V (75%)
  15. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlqN?Gw>@NQ Bat=3.91V (76%)
  16. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wleN?H3>?[Q Bat=3.92V (77%)
  17. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlYN?GB>>2Q Bat=3.93V (78%)
  18. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm&N?HW><FQ Bat=3.94V (79%)
  19. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm+N?I#>?DQ Bat=3.95V (80%)
  20. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl3N?GZ>=vQ Bat=3.96V (81%)
  21. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlxN?I(>AIQ Bat=3.96V (82%)
  22. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wklN?GO>=aQ Bat=3.97V (83%)
  23. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl=N?Gw>?6Q Bat=4.03V (89%)
  24. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl1N?I->B!Q Bat=4.04V (90%)
  25. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlTN?HS>@BQ Bat=4.04V (91%)
  26. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlPN?Gd>>sQ Bat=4.05V (91%)
  27. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkyN?GW>=oQ Bat=4.06V (92%)
  28. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlwN?Ga>?{Q Bat=4.06V (92%)
  29. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlqN?Gu>>_Q Bat=4.07V (93%)
  30. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm1N?HU><SQ Bat=4.07V (93%)
  31. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wo/N?I2>6;Q Bat=4.07V (93%)
  32. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlbN?H0>>5Q Bat=4.08V (94%)
  33. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl@N?Hc>@.Q Bat=4.08V (94%)
  34. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm/N?I@>@pQ Bat=4.08V (95%)
  35. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlLN?Ho>?'Q Bat=4.09V (95%)
  36. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlLN?Ht>=iQ Bat=4.09V (96%)
  37. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl!N?HZ><ZQ Bat=4.10V (97%)
  38. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl.N?Hm>?)Q Bat=4.11V (97%)
  39. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkfN?HD>=EQ Bat=4.12V (98%)
  40. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlSN?H5>?YQ Bat=4.15V (100%)
  41. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlRN?H0>?6Q Bat=4.17V (100%)
  42. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlVN?H7>=\Q Bat=4.18V (100%)
  43. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl@N?HN>?6Q Bat=4.19V (100%)
  44. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlKN?HD>?2Q Bat=4.19V (100%)
  45. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlbN?G\>>bQ Bat=4.18V (100%)
  46. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlNN?Gi>>hQ Bat=4.18V (100%)
  47. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl-N?GL>=tQ Bat=4.18V (100%)
  48. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl(N?Ga>>+Q Bat=4.18V (100%)
  49. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk^N?H0>>?Q Bat=4.18V (100%)
  50. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlSN?GL>=1Q Bat=4.18V (100%)
  51. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlLN?Gn><MQ Bat=4.18V (100%)
  52. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl`N?Gd>=YQ Bat=4.18V (100%)
  53. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl6N?G_>=yQ Bat=4.18V (100%)
  54. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlCN?G_>>sQ Bat=4.18V (100%)
  55. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlKN?GU>>dQ Bat=4.18V (100%)
  56. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlAN?GL>=4Q Bat=4.18V (100%)
  57. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlRN?H7>?LQ Bat=4.18V (100%)
  58. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlbN?H!>>dQ Bat=4.18V (100%)
  59. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl\N?H!>>_Q Bat=4.18V (100%)
  60. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlHN?H:>?uQ Bat=4.18V (100%)
  61. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlKN?H3>@AQ Bat=4.19V (100%)
  62. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl)N?Gw>@)Q Bat=4.18V (100%)
  63. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl$N?H+>?4Q Bat=4.19V (100%)
  64. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlVN?HU>?uQ Bat=4.18V (100%)
  65. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl3N?Hc>ASQ Bat=4.18V (100%)
  66. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlYN?H.>>oQ Bat=4.19V (100%)
  67. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wwvN?L[>=EQ Bat=4.19V (100%)
  68. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkYN?GL>>AQ Bat=4.18V (100%)
  69. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlLN?H7>>JQ Bat=4.18V (100%)
  70. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wksN?H<>>XQ Bat=4.18V (100%)
  71. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl3N?HF>?<Q Bat=4.18V (100%)
  72. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlAN?H[>A&Q Bat=4.18V (100%)
  73. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlAN?H^>?:Q Bat=4.18V (100%)
  74. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl>N?H`>?#Q Bat=4.18V (100%)
  75. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm!N?He>AAQ Bat=4.18V (100%)
  76. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlDN?H0>?>Q Bat=4.18V (100%)
  77. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl$N?H!>>]Q Bat=4.18V (100%)
  78. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wjNN?H!>AdQ Bat=4.18V (100%)
  79. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkWN?GO>@%Q Bat=4.18V (100%)
  80. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk0N?G1>@VQ Bat=4.18V (100%)
  81. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlRN?H&>?2Q Bat=4.19V (100%)
  82. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl,N?H!><"Q Bat=4.18V (100%)
  83. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl4N?Ga>?<Q Bat=4.18V (100%)
  84. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk^N?G8>@,Q Bat=4.18V (100%)
  85. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk/N?Fb>;OQ Bat=4.18V (100%)
  86. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkCN?FS><1Q Bat=4.18V (100%)
  87. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkmN?Ga><8Q Bat=4.18V (100%)
  88. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wksN?FX>:`Q Bat=4.18V (100%)
  89. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wjdN?G3>;!Q Bat=4.18V (100%)
  90. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl0N?GW><dQ Bat=4.19V (100%)
  91. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl)N?Gd>:RQ Bat=4.19V (100%)
  92. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlNN?G_><zQ Bat=4.19V (100%)
  93. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wleN?H.>?8Q Bat=4.18V (100%)
  94. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlVN?H.>?TQ Bat=4.18V (100%)
  95. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlMN?H7>?pQ Bat=4.19V (100%)
  96. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wmMN?G8>?4Q Bat=4.18V (100%)
  97. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlaN?Ds>12Q Bat=4.18V (100%)
  98. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wljN?Fb>:CQ Bat=4.18V (100%)
  99. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm<N?G,>;KQ Bat=4.18V (100%)
  100. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl7N?G*>=EQ Bat=4.18V (100%)
  101. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl]N?Gn><wQ Bat=4.18V (100%)
  102. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlsN?G@><zQ Bat=4.19V (100%)
  103. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wjnN?DX>;vQ Bat=4.18V (100%)
  104. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl\N?GZ>?%Q Bat=4.18V (100%)
  105. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlMN?Gk>>JQ Bat=4.19V (100%)
  106. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlkN?Gd>=NQ Bat=4.19V (100%)
  107. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wluN?Gd>=_Q Bat=4.18V (100%)
  108. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlkN?Gf>=CQ Bat=4.19V (100%)
  109. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlMN?Hc>AwQ Bat=4.18V (100%)
  110. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlWN?IO>A^Q Bat=4.19V (100%)
  111. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm1N?I(>@KQ Bat=4.18V (100%)
  112. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlcN?HN>?XQ Bat=4.19V (100%)
  113. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm<N?Hv>A^Q Bat=4.19V (100%)
  114. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wljN?HD>@DQ Bat=4.18V (100%)
  115. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlAN?HK>@.Q Bat=4.18V (100%)
  116. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl]N?H?>ATQ Bat=4.18V (100%)
  117. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl\N?Hy>ADQ Bat=4.19V (100%)
  118. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wljN?I(>A7Q Bat=4.18V (100%)
  119. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wljN?Hj>AEQ Bat=4.19V (100%)
  120. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlPN?H?>?]Q Bat=4.18V (100%)
  121. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlaN?Hh>@TQ Bat=4.18V (100%)
  122. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wmkN?I7>AWQ Bat=4.19V (100%)
  123. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm&N?H.>?uQ Bat=4.18V (100%)
  124. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm<N?HP><gQ Bat=4.19V (100%)
  125. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wmjN?IJ>8rQ Bat=4.19V (100%)
  126. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wm<N?HF>>RQ Bat=4.18V (100%)
  127. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wllN?H$>:4Q Bat=4.18V (100%)
  128. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl>N?H5>>:Q Bat=4.18V (100%)
  129. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlkN?IW>=dQ Bat=4.19V (100%)
  130. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl!N?H.><mQ Bat=4.18V (100%)
  131. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl<N?Hc>=lQ Bat=4.19V (100%)
  132. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkxN?I*>@<Q Bat=4.18V (100%)
  133. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkkN?H[>>XQ Bat=4.18V (100%)
  134. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkhN?H0>=vQ Bat=4.19V (100%)
  135. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wlKN?Gz>?8Q Bat=4.18V (100%)
  136. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wlcN?H5>=oQ Bat=4.19V (100%)
  137. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl>N?Gr>>VQ Bat=4.19V (100%)
  138. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wl4N?H&>>&Q Bat=4.19V (100%)
  139. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wk{N?Gu>>XQ Bat=4.19V (100%)
  140. :M0XZS-12>APLRT1,M0XZS-2*,qAO,MB7UNY-10:=/2wl'N?Gp>>JQ Bat=4.19V (100%)
  141. :M0XZS-12>APLRT1,M0XZS-2*,qAO,G0SCV-10:=/2wkqN?Gn>>xQ Bat=4.19V (100%)
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