取扱説明書 - 双葉電子工業株式会社
Contents
1.2.
3.
4. FET gt 1 2 gt
5. 6 T FHSS Air 2 4GHz LD 9 9 10 T6K 12
6. AVCS 0 2 1 3 2 IDL1 2 HOLD ON _
7. v gt 2 1 PE NH ON OFF IL ILIF ON OFF 1k kk Su CHTE TH Su EO
8. BSTM b ON OFF ON OFF ON ON OFF ON OFF lt ON ON SPED gt lt
9. N a 3
10. 2 GLIDER WING 1AIL1FLPI2AIL 2AIL1FLPI2AIL2FLP ON OFF ON THR T
11. 1 lt 3 gt A 2 2 1 W lt BE TESTh 1 _ 3 3 TEST CH ne 1 PH 8 GRAH ONIOFF TYPEF LhE TE T
12. ms WNW 25 e 26
13. T6K T FHSS Air 2 4G 6 2 4GHz T FHSS Air T FHSS Air S BUS S BUS2
14. LED 2 ACT OFF POWER MODE Power Down ON SERVO TEST ON
15. VIB TELEMETRY BAT RRB TT 5 MIDEMUE EE EN DN LRHITMTE LTHIT bhW INH WIFF WW S A RX BATT ALARM ACT INH mi y PFEELUH Hk TH Sk HULL BE BAT VIB
16. Q Q Q Q Q Q Q RT gt
17. 1 M 2 GA EN 4 1 ET No 1 FILLEL 2m
18. ee ae 4 EE _ N 7
19. NE i IE gt 0 S FHSS 3 8 V lt py 30
20. D R SW A D D A B DR EXP gt gt 1 1 lt St
21. 4 1 1 1 C 1 TH CND p ID1 00 ei TE P55 100 09 6 i i P4 75 0 P3 50 0 50 P2 54 0 3 i i i P1 56 0 25 1 Es 01 0
22. 100 1 1 D R D7R 2 2 D R 2 DR EXP D 100 Lr EP
23. 0 99 59 START D THR PWR ON OFF 1 RESET A D ON OFF
24. 5 4 D Re D INH T6K PPM
25. END VR 1 MDEL 1 Ti Futaba TFHSS HbL gige CHANNEL TRANSMITTER 1 MODEL 1 3 MeahalTFHSS 21 AIRPLANE VR 1AIL 1AIL1FLP 2AlL 2AIL1FLP ELEVON A B ii C 22 ET EE EE HELICOPTER MULTI COPT VR HELICOPTER VR MULTICOPT A A B C IDLE UP172 C VR VR
26. RANGE 1 1 EL CMB gt A ELE lt OR CE ME PL 1 LD FL Y 1 6 5 e 3 el 3 WING RT1 RT2
27. 1 2 3 3S
28. 1 gt 5 EE SO lt 1 FET Futaba Futaba
29. 2 1 TL lt 1 AIRPLANE WING 2AIL FT LT TYPEW TEPL IE ING hlIIEF L 2 1cH 6cH
30. INH FUNC 4EX 4 0 NORM OFF _ i2Fe BE
31. 0m ON 0m ALT TELEMETRY UNIT ON UP DN
32. 6K 2 4GHz T FHSS Air FHSS S FHSS T6K R3006SB R3008SB T FHSS Air R304SB R304SB E T FHSS R2008SB R2006GS S FHSS R2106GF Futaba T FHSS Air Futaba S FHSS FASST FASSTest T FHSS Air T6K T FHSS Air S FHSS S FHSS T FHSS Air T FHSS
33. 1 7 2 Sd A OFFSET Cnhlhr UN 0 ILr En TH 100 M ELEk PL 6 LD RATE CH SN 0 100 0 NNU 125 Futaba Gy AVCS AVC
34. F S BUS oN ON ON S BUS S BUS S BUS 38 10 lp AX S BUS2 S BUS S BUS OPUS NR S BUS2 S BUS S BUS2 S BUS S BUS2
35. 27 5 28 LCD 2 3 1 2 29 PHONE 3 5
36. N EA N 0 1 2 4GHz
37. 1 2 OFF 1 PI 7 Cd A Qk SN se BE S INH HY OH I Oh A E TH F ON OFF rg F 5 fm ON mk SE Te 1 1
38. Futaba S BUS S F S BUS S BUS2 S BUS S BUS S BUS2 0 5 1 B A B A 30
39. 1 2 gt Mu 1 Pl RUD A 134 InH ON HH Or HUEFTPL
40. 1 7r 7 NT F S BE F Is CH MODE FIS B FIS Posr B F S lt 1 ie CH M a 1 F S So Se A HL AT 2
41. 4 LCD 2 a LL 2 2 HOPDEL 1 9 TT DL 53 RX T FHSS Air S FHSS SELE 30 RX R3006SB T FHSS Air S FH
42. TAIL AIRPLANE GLIDER TAIL 1 3 EN20 5 RGT nm Te Qk SN ze Se NORMAL V TAIL a eg Oo SWSH HELICOPTER SWSH 1 a
43. 2 INH SW ON oFF 1 SW A 1 Qk A mm 1 r ODEk ml OFF SAFE SWb EZ Y OFF OE DOWN
44. R3006SB S BUS S BUS S BUS CH S BUS HUB S BUS S BUS 6K T FHSS Air 6K
45. R P M UP EH hINA TYPE OFT SPEECHW_ TH WIFF FF DN LL THMTEITELTFIT ON MAX 0 390 000rpm TZ DN UP SL OPT SBS 01RO MAG SBS 01RM RB MAG 2 ACT 0 390 000rpm 2 2 10 4 OFF ON 2
46. BE P 86 90 9 RX BATT 8 1 2 2 gt 1 lt HOME DSP RX BATT 78 TELEMETRY BAT
47. 51 BE 52 2 4 3 ON _ DL Hn er ee ee Ehp FND LED 1 er ly SS 1 1 FF Ta 1 S a EE HE Y a
48. 3 VIB OFF 1 DN INH ACT INH 2 LIMIT 2 3 VIB 2 OFF PEE HW INH ON OFF ON 9
49. T FHSS Air S FHSS RR O AcT 2 OFF OFF 0 0V R3006SB R3008SB CA RVIN 700
50. 6 5 11 AUX AUX 5 6ch
51. 130 IpL1 2 MIX EE RE lt 0 ON INH NOR IDL1 IDL2 5 P 5 100 P 1 P 5 P 4 75 A P 1 0 0 100 COND 1
52. 132 IDL1 2 HLD MIX ON Qk p ON NOR IDL1 IDL2 HLD INH 5 P 5 100 P 1 P 5 P 4 50 i P 2 50 P 1 100 100 100 COND
53. lt gt 1 AlL ELE 3 THR 9 9 3 THR 4 RUD 4 RUD 4 RUD 5 GYR FL5 5 5 AUX GPIT UE 6 AlI6 6 6 MOD 0 140 100 e 9 1 gt 6ch SN ze Se
54. MIX OFF SW Cond I INH MIxk Cr LL to HAILk EE ELEk EE Fk AVCs 0 10 TH A F S
55. ON ON ON OFF ON ON OFF OFF lescmselOFF VFF LED T6K LED ON
56. 5 1 A Rs b 1 BE A lt gt 1 AlL 1 Al1 1 ELE 2EIE 3 THR 3 5 3 THR 4 RUD
57. GY AVCS INH NORM 1 2 IDL1 2 LOw 10 HIGH 10 LOW 10 HIGH 10
58. ON OFF ce AIRPLANE e 1 1 2 1 smzty amzty amztw amyhy ry 1 0 2g gz swmze swmze 1AIL 1AIL1FLP 2AIL 1 CH1 1 1 CH1 CH1 4
59. 1 4202C 2 2 1 lt gt SN i INH oN SW ON OFF ONI OFF 3 UP UP amp DWN UP amp CNT CENTER CNT amp DN DOWN ee Se Se AlL gt MIX RATE ON
60. MIX RATE ST GS NS 0 100 0 INH 1 16 1 MULTICOPT Futaba GY AVCS NORM CH5 T6K CH 1CH 3
61. 8 lt GY AVCS Pl RUD HIGH gt 1096 LOW gt 10 AVCS 1 HIGH LOw 15 AVCS 9
62. FT2F2100BV2 Li Fe FT2F2100B V2 UL GT tml MN UN pciml FT2F2100BV2 i BOX 17 FT2F2100BV2 1 AC100V LBC 4E5 LBC 4E5 2S
63. GLIDER 2AIL2FLP oN 3 a ON 2 4 DL EE 5 ee 9 END 1 ga 2AIL2FLP MM FF 3 1 3 P FHTX PE UE CUH ELUS oi 1 gt 1 139 1 EN EL CE PCPB HI
64. 5 SS Bs EXP EXP 100 100 0 1 4 Se Se V mw
65. i 5CH 1 GA gt Q ll 1 gt 6 Ll Su LC WING CH 111 AIRPLANE WING 2AIL I
66. REV lt THR REV OFF NOR 0 REV gt NOR REV OFF ON ecowese r A 6 Vy MENU LANG 7 OF LANGUAGE gt OFF ON JPN ec 5 ml 2 A 2 SG ER
67. D D lt 3 H 1L 1 EE Ik ThH ELE 15 lk Su Ch AILEk Sx hk FST 1 ELELE OFST AIL1 AIL6 50 55 16H 6CH
68. Rg B TT HTM H EE EDN IL L EHITMTEIILTIHTTI bl TH WIFF SFEE HW IH BMM HULL BE 79 TELEMETRY MINMAX 2 3 N g1 OT DTI F A
69. STAR J 1 ON OFF BE 95 T6K TRANSFER RECEIVE
70. 3 VIB 2 OFF PAY 3 1 0m 2 ALTITUDE REFERENCE EXEC 3 0m 1 SPEECH INH ACT 2 ON OFF SW NULL ON 3 T6K
71. AL AL IODEk STICE LOM SL W Su ALARMk ON FP TD ll TE 5EHzT A KY ON 1 LL obEk OFF SI Su THR FUSTW LM STCEE 459 1 157 DREXP MULTICOPT DR
72. SN xs Gy 120 120 0 INH 2 1 153 MULTIcoPT MULTI COPT a HEL FT Ti FDL Hn ee 4 _ Enp FND 1 1 GS
73. 1 8 INH I TlFHH mga sendin ed EE TR 20 i Si 20 Mix sw a ON Se SS gt Sb INH lt 1 SwA SwD SwB UP CNT D
74. EXP D R EXP SW A D B El 3 A
75. TYPE AIRPLANE WING HELICOPTER GLIDER WING MULTI COPT WING AIRPLANE 1AIL 1AIL1FLP 2AIL 2AIL1FLP ELEVON 5 2 lt 2 1 CH1 2 i i GLIDER 1AIL 1AIL1FLP 2AIL 2AIL1FLP 2AIL2FLP 1_ _ CH 1 1 CH1 CH1 6
76. OFFSET 1 FLP gt EL NE Qs V SS 1 iNH ON A HH RATEk 5P4 FFSETk 1 MIX RATE MO oN INS 2 00 Ru 100 100
77. Y L lt 8 NORI 9 100 100 0 2 ON OFF B TH W i Pk ON OFF INH aril ON HUF1 3 UP UP amp DWN UP amp CNT CENTER CNT amp DN DOWN 1 149 2 NULL UP jd GLIDER
78. sw Se SWA SwD 1 EXPO TYPE gt CoN TYPE b 3 THR HIGH NORM Exp IHR HIGH 1 SEPA EXP 2 OFF 2 2 OFF THR LOW THR LOW stick LOW Stick HIGH Stick LOW stick HIGH 159 lsbgg MULTICOPT 5
79. 8 1T 2 Sd INH oN a Mix sw ON SN SN gt HC Se gt INH SwA SwD SwB 2 2 J UP CNT DWN
80. R3006SB Futaba a p 1e1e1 6ch S BUS receiver T FHSS SB AIR SB2 B R30065B 2 6 QO
81. FLP 2 HOF 1 LTTE FL pT1 a Sw L EE MIX ACT INH Fk Fl H sw 5 NULL VR 1 152 3 1 GLIDER a SO Ml a 7 SN ON FLP
82. ST SN 0 100 P 1 0 P 2 25 P 3 50 P 4 75 P 5 100 Se IN AIRPLANE AILETAIL TF W2AILE2AIL 1F ELEVON A D 1 IDL DWN gt 2 1 Qs SN
83. AIRPLANE OT 2 ON 4 FilL EE 5 ee 1 1 Enp FND WING kn 2AIL1FLP FT kFS PU 1 3 FP LL es a i a FUK CH BLIS 2 DO ER WE 1 4 FPDIE EE kTH k ICL Dl F H
84. CH5 T6K cH 1CH 3 1 ee 6 INH ON a ee MIX sw
85. 1 M GA BE gt No 1 30 A ELE LEL 1 SN te kT T FHSS Air LT WW 1 31 EE ID ID EE ErneCUtES ID 3 ls 54 SELE 1 p A No BE a Q 1 Qk Ss xs Gy i a ms
86. REVE P STRE gt 94 BOST py BOST Tr
87. T6K 6CH NEUT gt BE EPA b DEAD Pb EN
88. 0 1 OFF EXT p OFF R3008SB 9 TEF1F FI SE 1 HLTTW SES 1 1 1 6K R3006SB TELEMETRY
89. TI gt No DR ExPo 1 2 Em 33 4 142 D R ice 29 0 140 Ua 100 3 a a G 1 2 a lt Se SN EXP
90. 1 2 0 1 2 OFF 1 TH 7 gt 1 lt gt St ON INH lt Ed a ON OFF it Lh A CEW FE TE 1 ON OFF BE 5 Y
91. 1 272 MX ACT ACT INH MIX 1 1 SW L 1 Ck EN NULL SI S LIL THR FSTW PEIE FR 9 FL ELEP oc NORM A THR 096 10096 SW THR 2 FR OFST
92. PI 4 HIF ChEr W HOR MOE P 5 EE 1 1 5 6 P5 70 P4 50 i P3 6 P2 40 P1 70 lt 1 1 2 2 3 4 2
93. SPEECH gt IACE 9 NH Ge Qo RX BATT SW NULL NULL SWA SwD _S NULL ON 2 3 2 R3008SB T6K R3008SB CA RVIN 700 Extra Voltage 70V 1
94. o ON NULL OFF UP ON UP amp DN ON UP amp CT NS ON CENTR ON CT amp DN ON DOWN ON 112 Eee MIX rate ON OFF gt 100 100 gt Ss SN 50 ELEV 10 i NE INH delay 100
95. RATE a Se 100 100 50 YY 2 127 NU 128 lt RI4 HELICOPTER AIL ELE ON
96. 31 R3006SB 1 6 S BUS 6CH CH S BUS2 1 2 CH 3 3 4 5 5 6 6 2AIL 6 R3006SB 6ch S BUS 2 4GHz T FHSS EI oo AIR 527B1 EE S BUS2 6 R3006SB 3B27B U LED
97. NOR 1 3 1 3 OFS VR ON OFF
98. 0 OFF PID 4 NRIIDO2 1 145 AVCS 3 GLIDER 2 1cH 6cH CH6 1 AIL DIF TL IF a LL Fr 1 0 1 cH1 Llk 1 R 6 CH6 TLEk
99. 1 AIL DIF GA lt O gt lt V IL IF A FF L a TL 1 k 1 R 6 cH6 LFk 1 1 M WING AIL1 AIL6 2AIL 2AIL1FLP SM 0 2 Se oo 120 120 100
100. EXP 8 1 TH 7 8 INH ib oON I TNH A hl ul LE i 5 Y MIX sw a ON gt 1 INH SwA
101. EXP D R SW AD
102. 4 Tek R3006SB T FHSS Air S BUS S BUS 6CcH S BUS 6KA 6KH T6K A H R3006SB Futaba 6KA 6KH
103. ON ON 1 1 AUX CH CH5 CH6 14 G 4 Nt _O OW Mh _O IN ee A
104. 4 8V 7 4V BEC 43 1x25 0x8 8mm 8 5g 163 amp HT5F1800B FT2F2100BV2 FR2F1800 FR2F800 HBC 3A 4 LBC 4E5 SBS 01T 200 SBS 01TE 125C SBS 01A SBS 01RM SBS 01RO SBS 01RB 12FG
105. A D 2 3 ON OFF NULL ON CRV 4 4 5 OFS ll a BE 73
106. gt Futaba 9 00 12 00 13 00 17 00 gt 299 4395 1080 TEL 0475 32 4395 TEL 0475 32 6981 299 4395 1080 FUTABA CORPORATION 2015 6 1 69
107. Futaba SBS 01 SBS 01T TE SBS 01RO RM RB SBS 01A Robbe TEMP125 VARIO 1712 VARIO 1672 Futaba R3008SB 1 EXT OFF R3008SB CH NO 1 No 31 T6K T10J i
108. M 4 60 F S 2 62 E 64 lt 65 ee 66 NK ee 67 9 68 LCD oN i P MIX 73 AUX CH AUX 76 77 78 nes 91 S B
109. 1 2 INH OFF 1 C CNTR 2 C DOwN D DOWN
110. Futaba USR NAME 1 GA ENp 2 HOME DSP U NAME 9 BE 61 NOR F S T FHSS Air
111. D A B 1 DR EXP gt Q i FHE NE Lh EF 7 4 Te Entrk ew ll Su gt No DR ExPo 1 2 43EL 3 4 104 D R cc palm 3 2 0 140 45
112. ela2NN2 IIA2Le KS 5 5 10cm 2 3 2 6mm 45 2
113. ON OFF Li HELICOPTER 1 T6 VR 1 VR
114. ON ee Se NEN ON ON LIT ADJS a Se 30 Se 0 1 1 lt 30 10 4 2V 4 6V 5 0V 5 4V 5 8V 6 2V 6 6V 7 0V 7 4V BATT VIB ON OFF ON OFF ON SQ
115. ie 167 ln y ESC Sw oN 1 MODEL 1 Ti FutabaE LMM4 me i mii MIX ON ON OFF 2 SW
116. LCD CONTRAST LCD 10 10 BACK LIT LCD ON ON OFF KEY ON OFF OFF ON LIT TIME KEY ON ON 1 30 LIT ADJS LCD 1 30 BATT ALM 4 4 2V DR HT5F1800B 5 0V Ni FT2F2100B 5 8V Fe
117. ON POSI ON SUSY 2 NULL UP DOWN 3 NULL UP UP amp D UP amp C CNTR C amp DN DOWN ESCc THR 0 100 15 ESC MODE oF A Bs THR OFF rsa NNU ON lt THR OFF a M THR 12 1
118. 116 HELICOPTER _ ea HELICOPTER DL EE 5 ee END DE 1 GA Re HR3 3 1 1 FF 1 34 FE TX FU CH SBUS 2 kk 12 4 EN CR EXP
119. 0 TU OFF UD 34 Ip Ip ID ID Ip ID 1 2 1 ID xxxxxx1 2 ID ID 3 ID 2 ID
120. 109 er v AIRPLANE AILETAIL TF W2AILE2AIL TF v CH2 CH4 CH4 CH2 1 SE Vr A Rs v LR LH INH ACT a CC ACT EL TAIL waTAIL Y ElE202 2 LE V TAIL RUD2 RUD2F 5 BUD 2 Ldk MIX
121. ON 0 LIMIT N 150 150m s gt ON OFF 150 150m s 3 1 sSPEECH INH ACT 2 ON OFF SW NULL ON 3 T6K VOLUME LD
122. T6K PPM SB dQ ON FNC NOR oFF
123. INH R3006SB ID T6K R3006SB S BUS2 V Futaba Bi EE PR SW LED sf cle ej 6ch S BUS receiver AIR Ea T FHSS ss761 mE EE S BUS2 SB2 B _ 37 S BUS S BUS 1 S BUS SBUS
124. ON OFF TELEMETRY 8 EXT VOLT A ET M LT In WU PU LEHITMTE1TLT IT Cd TH FOFE Fk S AdLu ACT ON OFF INH HH TH lk HULL BE EXT VOLT SPEECH gt ACT 3 INH Ge Qo EXT VOLT SW NULL NULL SWA SwD S NULL ON 2 3 85 R3006SB S BUS2 T6K
125. 1 TH 7 2 1 Sd INH nF O cod TS TH er A ll Sau LUFF 5 WT gt me 6 a _ 8 1W A MIX sw ON INH SwA SwD SwC RES 2 5 P 1 P 5
126. 1 T6K Futaba SBS 01T TE SBS 01RM SBS 01RO SBS 01RB SBS 01A Robbe TEMP125 VARIO 1712 VARIO 1672 SBS 01T TE Futaba i SBS 01RM RB RO A EA az EE AIR a SBS 01A S BUS 2 SB 2 B RX BATT 3 1985
127. WING 1AIL1FLP CH5S C 2AILTFLP WING 2AIL 2AIL1FLP aa 1 rk i ELEV2GH0 IN 0 ee FLAP ScH AlLeech Ilys rye 1 I7 BRK A 3cH GE 0 ON OFF EE ON OFF 1 SH ok FST 6 a ELELI 2 Ne LINR
128. ON oN 1 141 SwA SwD 2P SW NUL UP DWN 3P SW NUL UP U amp D U amp C CNT C amp D DWN DREXP _ GLIDER AL IAILTFLP2AIL 2AIL1FLPI2AIL2FLP DR 2 3 EXP 2
129. 44
130. ELE 2 FE EE hHOEH 1 Sw MIX ACT INH Lk TH Sw ld NULL GE k Em 1 150 ELE gt 2 CE POEH 1 MX ACT MIX Sl F Su k Dou IS EP HIGE El RANGE 0
131. SN ze Gy 100 100 0 sz Se sw Se NU SWA SwD Cond Cond NOR IDE RE RV 2R HLD 123 lt HELICOPTER
132. sa sa ON SN Sb ME INH SwA SwD SwB lt ee i UP CNT DWN 0 OFF WIOD 4 000 5 5 GOLe AVCS 108 Eee AIRPLANE 2 1cH 6cH gt 1CH
133. 5 0 100 NOR 1 IDL1 2 IpL2 NOR 1 IpL1 2 IpL2 ON 1 2 3D
134. A a So TS RESET lt A amp A 8 RESET Futaba
135. 1 RPM UP PINH ACT 2 LIMIT 3 VIB OFF 1 DN INH ACT INH 2 LIMIT 2 3 VIB 2 OFF 1 00 oooo 3
136. 15 PI CND p HLD 2 5 P5 100 P4 50 P3 0 P2 50 P1 100 2 5 ee45 107 1 2 5 5 5 8 10 2 3 5 5 lt 8 10 ANUNeU 05 7 1 2
137. HH 123 SIH FR pa kSLHTFTR kTH HCL FTH TH TU Pe FPT PT TU NNU 117 5 D7REXPO MIX P 119 hi5 P 126 LCD YN 2 PI gt RUD 13 TH HOLD 118 HELICOPTER y KN Bb 1 2
138. 5 No U Qk 2 i Complete Re XS sure swe eg 1 30 CUP EL 1 56 ZN
139. END 2 BATTERY F S VOLT O Ta END 3 8V 4 0V 4 2V 4 4V 4 6V 4 8V DIUNVISISVIBI6VISN9VM6G 6 5V 6 8V 7 1V 7 4V BE 63 100 1 4CH 40 5 6CcCH 55 5 6CH 110 2AIL 5 6cH 1 4cH 40 1 E gt Rs
140. 4 30 40 3 STEP 140 4 a THR NOR CNT NOR CNT TYPE um AL Nop CNT 2 5 Se THR NOR ATL
141. INH ON OFF ON OFF gt ON 1 7 NULL OFF UP ON UP amp DWN ON UP amp CNT ON CENTER ON CNT amp DN ON DOWN ON MIX sw ON Se Se gt GU em 5 OFF INH SwA SwD lt es
142. 2 1 1 2 3 OFF TH lb NOR P5 100 0 P4 65 0 P3 50 0 P2 30 0 P1 0 0 3 2 4
143. 3 5 T FHSS Air 2 4GHz 1 2 1 2 MODE INH Futaba BB Em SW LED ee 1ele Gch SBUS receiver GI Gai 51 EN Sa a EAN AIR sB2 B CC
144. ON 2P SW 3P SW 10 20 So SS S 0 RATE a 0 40 NULL UP DWN NULL UP UP amp DWN UP amp CNT CENTER CNT amp DN DOWN ON OFF 107 oe y 0 AIRPLANE 2 Futaba GY AVCS NORM A lt D OFF 0
145. 1 2 1 2 GG Ei 20 1 1 HOME DSP TIMER ME re _ ON ane TL 4 OFF 1 DL ON OFF lt
146. 1 P MIX GA No 5 hekiG A Y Sr P MIX lk EE NOR 1 3 Qk 1H NoR 1 3 Y HH 2 cRv 4 EE RULE L P MIX1 3 1 1 iNH gt F ON OFF FSTW x TERhk F Pb wl CH SLALUEkF FU FPOsIk ULL ON MIX ON oFF Se INH gt
147. BATT VIB BUZ TONE OFF 1 100 HOME DSP Futaba TLM MODE M 1 2 INH lt ACT INH UNIT C F METER YARD SPEECH JPN English VOLUME LOW
148. ON 1 7t 1 lt gt Sd INH ON oFF a ul ON OFF TL 1 DE 1 0 SS cond Le v MIX ON
149. Se So SN ee SwA SwD 2P SW NULL UP DOWN 3P SW NULL UP UP amp D UP amp C CNTR C amp DN DOWN 2 YI MULTICOPT ON OFF STK ALRM EF a THR 1 ALM GA _ iNH ON OFF ON OFF
150. eb 15 HT5F1800B HT5F1800B HT5F1800B BOX HT5F1800B 1 Acioovy LED
151. gt 10 N 40 C 10
152. LCD CONTRAST 3 Sm 2 10 0 10 0 ON BACK LIT ON OFF KEY oN ON OFF KEY ON KEY ON BE BATT ALM ww 4 4 2V DR HT5F1800B 5 0V Ni FT2F2100BV2 5 8V Fe ON LIT TIME
153. SR A OR MIX MODE Se Sb Sb ON EE NH NORM NORM IDL1 SU NORM NU VR 225 RATE A na OC lt lt gt NULL OFP VR VR VR 138 GLIpER
154. ALTTTUDE 0 m MTN MAX 0 0 ALARM VIB LIMIT 500 5 000m p OFF OFF REFERENCE EXEC 0 m ON OFF ACT ss9UUS25000 2 1 ALTITUDE UP INH ACT 2 LIMIT NR iE 1 DN INH ACT INH fF 2 LIMIT 2
155. HOME DSP U NAME 0 8 1 BE 1 ff E EESET 1 8 r EL HH HE FEH TI T EEL 1 ELFHPRET LE _ r GE HH 8 se Ham 1 LL
156. 2 3 a A 22 TF Nk 23 24 es w A y
157. ExXP EE 2 2 100 100 0 CFP 1 GII SB ON A 5 sw Se SWA SwD 1 143 GLIDER Mt 1AIL TAIL1FLPI2AIL 2AIL1FLP EP
158. METER YARD ee METER YARD ON SPEECH J English rE Re 2 VOLUME HIGH LOW Se HIGH LOW ON OFF M a i ei min THR oo a j o 4
159. Power Down 2 RF LED 3 30 50 30m 4 END
160. A MAX lt gt OFSTP 100 THR 1 148 Y RR THR 60 or DQ re So SS THR 60 NE THR GLIDER 1 CH1 ON 1 a MIX 2 lt gt 1 4 lt Re Qk SW
161. E TE 5 THE kk 1 Er ESc 6 SI WSm NULL THR NULL OFF UP ON UP amp D ON UP amp C ON CNTR ON C amp DN ON DOWN ON MODE MIX ON OFE Sm NOR ESC INH NOR NOR ESC 102
162. NoR ON POWER MODE oFF LED OFF ON QO Qo 36 T FHSS Air 1
163. S BUS BOX T6K S BUS CH SBUS CH S BUS CH CH SBUS S BUS SBUS S BUS S BUS CH CE Futaba an 1ele lt 1 6ch S BUS receiver 4 maa sa n em 3
164. 0 100 0 ON sw SW Xe sa am Et Se QN Se i gt 2P SW NULL UP DOWN 80 3P SW NULL UP UP amp DN UP amp CT CENTR SwA SwD CT amp DN DOWN LINR Mop MOD Qs Se gt 0 gt 100 OFST LINR
165. 100mm 500mm 100mm 1 500mm SSW J HSW J ESW 1J Futaba ESW 1D Deans Ultra Plug K 164 OFF NT ON STK ADJ b NEXT THR REV P NOR ON STK MODE MODE1 MODE4
166. 2 Rs AUX cH HE SuE AUX IE gt ng CH5 CH6 NUL SwA SwD VR 76 LD cH1 cH6 ON LNR JMP ON OFF
167. OFF 3P sw NULL UP UP amp DWN 10 UP amp CNT CENTER CNT amp DN DOWN 1 144 LIDER Futaba Gy AVCS NORM A D OFF 0 CH5 T6K CH 1CH 3
168. 2p 0g GN lt gt SN 2 AN The example of a setting The example of a setting P5 100 0 P4 65 0 P3 50 0 9 The example of a setting Pp5 100 0 P5 00 0 P4 75 0 P3 50 0 P2 30 0 P1 009 bE P1 67 0 SsTCK SsTCK STICK 27 W NNU 131 HELICOPTER EE 5 100 100 NOR 1 lpL1 2 lpL2 HLD
169. LED T6K ONOFF LCD ON OFF YS OFF lt 19 LCD No MDL ON AH SYS 7 ON
170. lt OFF _ Futaba Ba 50cm R3006SB 8 EE CT FHSS si AIR OC 2 1 GA LINK NO LINK ID 2 20 ON ON 3 i ON 4 ID LED
171. 1 T6 VR 1 VR 1 PI 2 Sd INH Ri ON 9 2N V il oi HEk FF on
172. CH HELICOPTER gt 1 CD HN3 120 AIL ELE PIT MULTI COPTER 3 CH ew ET EE al Futaba E AL 1 R3006SB mm m THR MODE U 6ch S BUS nn en RUD 1 Tr FHss HV Gs i AIR 4 Futaba
173. T6K 1 1 NR BE gt 2 1 En RP kk SES 1 RESET ds LTTP SBS 1A ENSOE ET F ETT 2 Execute sure A
174. 1 2p MM Se gt gt Qi NN_ SN xs GN wy The example of a setting The example of a setting The example of a setting STICK STICK gt 1 2 The example ofasettng i P4 50 P3 0 P1 P2 P3 P P5 STICK NNU 133 Rn 2 HELICOPTER
175. ID xxxxxx2 2 ID xxxxxx2 1 ID xxxxxx1 2 ID 3 ID ID xxxxxx1 ES ID 1 1D oooox1 ID 2 ID xo900oc1 3 ID ID xxxxxx1 1 ID xxxxxx1 35 T6K lt 1 ON
176. 3 N N 3CH REV lt Hi Low OFF BE coPY 1
177. EXT VOLT A BE 83 ET MHLT WWLUPMuI LL IE LLIFITI hk TH FOFE Fk S A SPEECH ThMH Sl HLL TELEMETRY MIN MAX G BE VIB TELEMETRY 8 EXT VOLT ET M
178. _ V A Rs 2 v INH H ACT AcT ELE2 L k TAIL TA ELE4 EL Edk V TAIL ag RUD2 EL et RUD4 dk MIX RATE ACT i So Ss 100 100 1 147 So Qe 50 ELE4 50 INH
179. DIR No p R p ze Gy 0 140 100 Se EXP No EXxP
180. 1 2 3CH 3cH Ba Hi Low ON OFF
181. 1 EL FLF ks Fu IL kk FLP EL 5 he k ERR WING 1AIL WING WING MK AL1AIL 1F 2A L 2AIL 1F ELEVON PO ro Pi 101 LEy AIRPLANE ME LEIAIH1F W2AILE2AIL TF WELEVON ESc NOR ESC
182. MIX SWw _ ON Se p Se Se INH Cond SwA SwD AVCS NNU gt sw Cond 0 2 OFF AVC 100 _AMGs_ ow gt oR 100 sw eg 0 ee AVCS NAS Na SN 126 Ei4 AFR HELICOPTER H 1 HR3 H 3 HE3 HN
183. RATE ON OFF ONIOFF SW a Se SwA SwD THR SwB 74 CH cH MASTR CH SLAVE cH cH CH1 6 VR CH OFS CH eg EAeDgESAU AU Sre ON
184. WRITE Q PO 2 gt COMU ERROR COMPLETE S BUS S BUS S BUS 1 1 1 1 1 IETTE WEE ET UIEITE WEESET Hah 1 CCEA 1d TEE Fk PE IHH EE OF TT TT ELIT PF Te EP 1 1 1 Ti ID ID IDp CHAN b CH S BUS
185. gt A Rs LI FI TL 1 1 CH1 IF 6 TL W M CH1 R ELEVON Ge 120 120 100 ELE1 100
186. 16 mAc1oov ci EE HBC 3A 4 HT5F1800B 0 3 BATT ALM RRO 0 HT5F1800B 5 0V HT5F1800B FT2F2100B a g LBC 4E5
187. gt T FHSS Air S FHSS ee EE 20 OFF RES 1 Q 1 Q sure Complete 3
188. 3 LBC 4E5 LED 5 2P Li Fe HBC 3A 4 3P ES LBC 4E5 Q Li Fe Li Fe _ BATT ALM FT2F2100BV2 FT2F2100BV2 5 8V 18
189. Futaba S BUS 1 1e lt 1 CH 6ch S BUS receiver 1 B T FHSsS HV 1 4 S BUS S S BUS2 S BUS ESE S BUS2GYRO 5 Pe Nal 39 S BUS HUB 1 S BUS52 S BUS S BUS2 1CH 1 6CH T6K S I F Cc BLS174SV 1 1CH S BUS HUB T6K 7READ CHAN 6 7WRITE 2 S
190. SN MUN END SC E EH 1 Ixk ON 0 SU SMP DI Qs Se 309 RANGE 0 RANGE AN_ 1 151 GLIDER WNG ED ED vVR ON OFF AUX
191. MIX COND ua gt SGX Se p Sb ON INH ag lt NORM IDL1 2 Low HIGH NS 100 100 NORM 20 LOW 20 HIGH IDL1 2 0 LOW 0 HIGH NNU Futaba GY AVCS 135 NNU 136 Um
192. 1 6 A ee Qs Qk Ss xs Gy AIRPLANE HELICOPTER sure GLIDER MULTI COPT WING AIRPLANE GLIDER WING 1 Qi Qk RE Ge gt 6 rn eR sure 3 a 1AIL 1AIL1FLP 2AIL 2AIL1FLP ELEVON AIR 2AIL2FLP GLID
193. A Qk Tv es a o ES REV NOR No gt 1 Al1 1 1 AlL 1 Al1 1 1 AlL 2 ELE 2 ELE 2 ELE 2 ELE 3 THR 3 THR 39EE3 93 3 THR 4 4 RUD 4 RUD 5 FLP 5 FL5 5 5 AUX 6 Al6 6 6 Al6 6 6 MOD ei A A lt gt gt
194. ON OFF PTE 5 na FP SITk lf MIX RATE ON OFF 50 50 Se Se gt 0 x es INH 32 G INH THR HOLD
195. i 1 MDEL i gt Di Ci ss gigg Wh i END 1 Futaba 1 ra Futaba ae ch et Gioia tsc hi si asia 3 Futaba 0 _
196. S BUS S BUS2 S BUS S BUS2 4 HT5F1800B 6 0V 1800mA FT2F2100BV2 6 6V 2100mA 128x64 LED 30
197. 43 R3006SB gc lt esu 2 1 2 2 3 2 90 4 5 1cm
198. OU OFF ESC A D 1 TH A 2 Sd A INH O TH FTW TNH O or ON Ek FF OFF
199. PIT Futaba CGY750 T6K H 1 CGY750 GO 0 0 92EI Id Futaba CGY750 1CH 3 BE 1 M 1 lt TrPFEk T L FE LThEF TAILT IEF L TYPE
200. RATE 2 ACT Be So Se 100 100 KS Se 50 ELE4 50 eS INH Rel Eee 2 GLIDER WING 2AIL ELEVON_
201. B 1 DR EXP gt A TIR sy gt No DR ExPo 1 CN 3 4 158 D R SE 0 140 100 G
202. ELEV 15 20 SW 47 lt HELICOPTER HELICOPTER 48 HH 1
203. ON POSI RATE Se ON M 0 2P SW NULL UP DWN 100 100 50 3P SW NULL UP UP amp DWN UP amp CNT CENTER CNT amp DN DOWN Se jl 4 AIRPLANE WING 1AIL 1F 2AIL 1F WELEVON E lt
204. MODE1 MODE 3 MODE 4 STK ADJ OFF STK ADJ gt NEXT ON A gt 1 lt 4 NEUT 165 LEFT RGHT UP DOWN Complete THR REV
205. ON OFF 5 NOR1 3 5 P 1 P 5 Sr 100 100 0 75 Di AUX AUX CH5 CH6 SwA D VR NUL 1 AUX CH
206. 1 III Ss SS 1 EE Complete TRANSFER RECEIVE Complete Me SSL TRANSFER RECEIVE 10 Failure 96 up DOwN DN STP 0
207. Cvrk 1 Pl 1 HH HF 1 db TyPE CYCL SPD CH TEST a ACT INH a p CN CN GaQ TYPE LNR JMP LNR ACT INH CYCL 1 100 10 1 INH CH1 ACT ON OFF SPD 1 100 7 100 OFF 0E
208. m m SS 1 30 a el Oo RX CE Le 2AEC en 20U e T FHSS Air S FHSS sure a b 3 Qk BE 55 2 T FHSS Air S FHSS LINK 20 1 ID lt 1
209. 6 Channel Digital Proportional R C System Z T FHSS AIR Telemetry System 1 1 LL 91 IODEL 1 3 vr hbL 9 G3 du Ms S19 PU uta Da Digital Proportional R C System 1M23N30301 6K TL FHSS Air 2 4GHz 6K ID ID
210. 86 TEMP SBS 01T UNIT TMP TEFF UP WUPMUI FE LaLa CLI IP INH FFF hd TH WFF DN ACT 2 1 TEMP UP P INH ACT 2 LIMIT
211. HIGH STK ALRM M BE 68 1 Rs 234 gt CITE ST gt LT 1 1 TS 1 2 4 Y BATT ALM BATT VIB BUZ TONE HOME DSP TLM MODE UNIT SPEECH VOLUME STKALRM 4 BE 69 V
212. MD OFF OFF OFF OFF 1 gt gt Futaba
213. VOLUME BE 89 BE 90 VARIO SBS 01A m s m s fpm TELEMETRY UNIT VARIO VAR1O UP MTN MAX ALARM VIB UPpINH bpOFF DNPINH bpOFF DN SPE
214. 0 ONJOFF TRM ON SN SN OFF OFF ON OFF OFF lt Ne ON 0 NOR 1 3 BE BI PMI He RULsAIL 1 1 5 gt m c 1 gt 1 g 1 T cH cH IT TH LO IL FO HLL ON INH ON OFF
215. 1 TH V Rs 2 Qk am a INH 1HHETTT 1 oN Lh y a iad FTLF JE aa 3 OO NORM 0 NORM IDL1 1 MIX MODE gt a lt p SN ONI RM 4 NH NORM NO
216. 13 14 14 ee ee 15 16 eo ee ee 19 LED ee ee 19 LCD ee eee 20 LCD 21 ee 21 22 22 23 25 2 29 30 ee 30 3 1 R3006SB 32 34 35
217. A STK ALRM BE 72 1 12 INH ON OFF Fe 1K PLRTTN Es a ON OFF a ON SI Pk Cl FE lk a Ed STK POSI E Se 1 133 THR A 4
218. 4 RUD 4 RUD 5 GYR 5 FL5 5 5 AUX 6 PIT 6 AI6 6 6 MOD 120 120 0 66 N 9 3cH REV Hi Low 9 8 1 NK 2
219. OFST LINR 3cH LINR 3cH cH3 f ST Ns THR SwA SwD VR THR 113 OR dl AIRPLANE WING 1AlL 1F 2AlIL 1F ELEVON 8 1 EL FLP ee Q
220. 8 NH A oN LL CH5 NOR Sw OFF OFF CH6 0 ON OFF hn EE a Y 1 IHH Sn kL 1 4 Hlg 1m JPImIRIO a INH Ha Chlh 4WTMHWSM WELIKI 1 4 ON 4 ON INH GU ON OEE Se INH ON ON oN
221. lt 36 37 OO S BUS G lt lt 38 S BUS 2 0 lt 39 41 41 9 44 45 0 46 2 W 48 ACRO GLIDER HELI MULTICOPTER ML 54 RX T FHSS Air S FHSS A hal M9 7 lt 57
222. 120 2 722 ee 124 125 126 AFR H 1 127 TI EI TS 1 MS 0 Wi9 3 128 130 132 NN 134 lt 136 4 EV PR 137 138 GLIDER WW WN WW WE WE WE WE WW WE WE WE EE as es 139 133 141 DR EXP 142 9 SW 144 ee 145 AIL DIF 146 V V 147 731 2 0 000 TNNNNNOMSSPWSS 148 MIX 149 EL C
223. ON CEEEN EEEE WARNING THR 13 T6KA TO6K T6KH es a ll SW 3 SW D 2 ED ml 2 EL 9 24GHz pp re Lh 1 33 a END 1 X swe 3 3
224. S BUS2 S BUS2 a 0 1 1 m ai N RaOOGSB 5 g UN 0 0 6 Futaba 32 S BUS R3006SB SB 6 CH6 S BUS S BUS CH CH
225. 1 40 2 10 4 ATL gt CNT lt gt 1 GA THR NOR ATL T TYPE NOR 1 1 k JFE 1 E LE W FUE ATL 1HE dd TL m RS 4 RUD 4 PRNOR BE 65 V
226. BUZ TONE OFF 1 100 ja ST GS HOME DSP Futaba TIMER U NAME RX BATT Futaba Futaba NN TIMER U NAME RX BATT BE 7 1 TLM MODE Em ACT INH re M Ss ze Re UNIT
227. HELICOPTER DR EXP DD R D R EXP EXP SW SwA SwD
228. MIX ELE AlL MIX La lt 8 lt 2 SE 1 GA i gt Q INH ON OFF ON OFF 1 mk Hk nk hl 0 1 2 ON ON 2 INH DC ON OE SN INH ON
229. T6K R304SB R304SB E T FHSS 12 RT RC RC I ON ON cowss
230. 6 CH6 CH6 1 i CH1 CH1 TAIL V 2AIL2FLP 6cH 57 SWASH H 1 HR3 H 3 HE3 HN3 H 2 AFR AIL ELE
231. HELICOPTER 50 50 OFF 3 gt Mi TH HOLD A A THR A I H INH
232. NOR Cond AVC NOR CH5 T6K CH 1CH 3 1 ES Qk SN INH a ly MT IHH mR oe sw Cond 1 mT 0 LL 1 TL 3 LT m HO bk M
233. POSI QN 2P SW 3P SW CT amp DN DOWN THR ON OFF 100 100 0 ST Se NULL ON UP DOWN NULL ON UP UP amp DN UP amp CT CENTR 1 WW ON OFF sO 1 NULL ON OFFST A 1 lt SNs 100 100 THR 0 100
234. VIB OFF TYP m1 PI mz Q Se mps boi gt gt gt gt BAT LIMIT x xV 3 5V 8 4V gt dc SS Se 3 5 ON OFF TELEMETRY BAT SN 9 gt E TT i Th hi EE EN LE CTUIEY TLIHIT Cd IFNH FOFE Fk SS dL ACT ON OFF INH EE HW THH HULL BE 8 1 RX BATT
235. sw fF SwA SwD SwA RATE P a IRO ESC 30 0 30 0 THR THR ON Os THR THR OFF ON POSI QN SYS 2 NULL UP DOWN 3 NULL UP UP amp D UP amp C CNTR C amp DN
236. NH TLL Ell ON OFF 0 HTE kk TH ow OFF TE ll dT ON Piuslk NULL OFF ON UP amp DWN ON UP amp CNT CNT amp DN ON DOWN ON MIX oN OFF ON Meg UP ON CENTER ON sw 2 42252 5 Ss SS SwA SwD Sswc Qo Q INH POSI
237. POSIk 1 E44eon SW SwD AE OFF Fk 100 gt DOWN SW ON sw Sw ON NULL SW SW ONOFF MODE 2 SW OFF Se HITGS IE Se Se INH 0 SwA SwD ON OFF sw DOWN SPEED OFF ONAN a SN Se OFF 1 10 EE gt oFF ON OFF 10 2P SW NULL UP DOWN
238. 0 INH OFFSET 1 kk 100 100 0 ee 7 AIRPLANE cH1 CH2 CHS CH1 1
239. 1 MAG OPT 2 SBS 01RM SBS 01RO 2 2 1 SPEECH INH ACT 2 ON OFF SW NULL ON 3 T6K VOLUME ALTITUDE SBS 01A
240. Se SN Re 3 OFF 2 INH Cond SwA SwD NNU 6 RATE Se Se 120 120 a 0 0 124 HELICOPTER ON OFF
241. ULE k LIF EC oN ON ON O SI LLL ON ON MODE UP DOWN DN STP TIME 0 99 59 10 00 oN SW RS SW ON ON gt START SwA D THR PWR SwA RESET SwA D SwA ON 3P SW NULL OFF UP UP amp D UP amp C CNTR C amp DN DOWN 2P SW NULL UP DOWN Tek
242. d dl gmasg 7 O rman OO liFMemmmirssl i HEL 2 CHANNEL 20 M lt USR NAME gt 8 T FHSS Air LCD END LCD END LCD
243. e eo ee P1 P2 PS P4 P5 PI CND ID1 i P5 40 i P4 10 P3 10 P2 40 P1 70 1 1 2 8 10 49 50 5 2 2 2 C 2 CND p ID2 P5 100 0 P4 75 0
244. 1 Qk Q 2 Se Se H 1 HR3 H 3 HE3 sure HN3 H 2 MDL NAME 0 8 USR NAME Futaba
245. 9 A Sw NN SS SWA SwD 105 106 oe ip AIRPLANE WW 1AILI1AIL 1F 2AILW2AILTTF ELEVON 5 EXP EXP
246. Qk 92 EE SBUs S F S BUS S BUS2 CH S BUS S BUS2 S BUS S BUS2 1 S BUS 2 2 Sd Lh LTHE BE S BUS T6K S BUS READ
247. 1 ON 3 OFF 5 Lep 4 LED A 2 LED ON cH CH SB 6 B S BUS SB 6 S BUS S BUS2
248. 20 200 20 200 3 1 SPEECH INH ACT 2 ON OFF SW NULL ON 3 T6K VOLUME 87 BE RPM SBS 01RM SBS 01RO SBS 01RB
249. Qs OFF ON 166 ON Kr BECK UP EEE E 3 EE INITIALIZE 43x LOW BATT 91 MOEL 1 2 TF rl HH n a 4 2v
250. SwD swc lt 1 5 P 1 P 5 a SN Se 0 100 P 1 0 P 2 25 P 3 50 P 4 75 P 5 100 160 A MULTICOPT 0 100 8 1 THR DLY QNO NH THE ni a MT gm v ERTEW a
251. 1 7 2AIL AILT AIL6 PE 2AIL1FLP 2AIL2FLP Ge Ng 120 120 100 1 146 V GLIDER UI 1AIL IAIL1FLPI2AIL 2AIL1FLPI2AIL2FLP V CH2 CH4 CH4 CH2 1
252. ESC NOR ESC EN OFF ESC A D 8 1 T
253. Gk mi 1 6ch 1 6c 6 sure BE M
254. BUS2 HUB S BUS R3006SB S BUS2 S BUS2 SB2 B 2 CH S BUS S BUS CH S BUS CH A AIRPLANE WING 2AIL B 1CH 6CH S BUS 1 1 OK 2 1CH 6CH 3 40
255. ExP 40 EXP 40 lt 40 D 80 80 80 EE ExP 20 EXP 206 20 D 2 CH2 2
256. INH ON 0 1 SWH MIX Rs CAELEU CI MOE MM IL ELE EF ELE oIlLE
257. P3 65 0 P2 65 0 P1 67 0 Pl CND bp ID2 P5 40 P4 10 P2 50 i P1 80 1 6 C THR HOLD THE IHH TEE
258. PIT AILk w PT T ELEW INH I oN IL ELEFkpiRlg ELE AaILk IHH FIT AIL IHH FIT ELEk IHH MIX 3 ON e SN Se 3 BleN 2 100 100 0 NH lt ON OFF ON OFF NORM IDL1 IDL2 HOLD NU 129 LE Pe
259. SB 6 LED Futaba Futaba R3006SB ch SBUS 1e e 6ch S BUS T FHSS EA B E 1 T FHSS AIR AIR S BUS 6 R3006SB ID ID T FHSS Air 0 1
260. SwD Cond SwA SwB 1 DR EXP gt Q A LE 1 brE EE BE EWE m gt No D R ExP 1 2 4 122
261. THE H LL F TH W Su WE ON INH HU XANES Se Se INH NNU ON ON oN gt So Se SN SwA SwD SwC IDLE UP1 2 2P SW NULL UP DOWN SwD THR HOLD 3P SW NULL UP UP amp D UP amp C CNTR C amp DN DOWN 119 HELICOPTER
262. 1 6 CH6 2AIL1FLP i ELEVON CH2 _ V CH4 a WW CH2 CH2 CH4 GLIDER 1A 1F 2A 1F 2A 2F 1AIL 2AIL 1 2 2 EC a 1 ea 1 2 ET EE 2 se eeze some TAIL TAILTFLP 2AlL 1 CH1 6 CH6 1 CH1 1 CH1 2AIL1FLP 2AIL2FLP CH1 CMD 3 6 HS CH6 i CH5 2AIL2FLP 6CH V CH2 42
263. 1 2 a gt LD FTHE LL Q FE LT FT GS 154 LCD 0 1 THR DLY 15 157 161 156 iM MULTICOPT 6CH 4 100 0 100 0 1 72 MD
264. 3 H 2 AFR HR3 AFR 1CH 2CH 6CH 1 HR3 1 lt SWH AFR Fs 2 Sd
265. 6 AlI6 6 G6 PIT INH 5 OFF INH 1 AlL 2 ELE 3 THR 4 RUD 5 AUX 6 MOD 1 Al1 1 2 ELE 3 FL3 3 6 Al6 6 cH ST Se OFF NOR FNC OFF D D NE 99 100 AIRPLANE GS
266. 98 18MZ18SZ 14MZ 14SG 12Z 6FG 10J 6K 8J 6J 18MZ 18SZ 14MZ 14SG 12Z 12FG 8FG 10J 10C 9C 7C 8J 6J 4EX T6K 2 4GHz 4 10Cc 8 12FG 2015 5 1 GA FEk En lAILk FhC 5S GERk OFF ON LINE ELEF Fh ial FF HEW FhLU TH ELUDW FI gt AIRPLANE 2AIL1FLP HELICOPTER GLIDER 2AIL2FLP MULTICOPTER 1 Al1 1 1 AlL 2 ELE 3 THR 4 RUD 5 GYR
267. DOWN ESCc THR 0 100 15 ESC MODE ON Ss Bsr THR OFF rsa Or THR i OFF gt THR 103 oe _DREXP _ AIRPLANE Uc TAILETAIL TF 2AIL 2AILT1F ELEVON E D R EXPO P R 2 3
268. ECH _INH gt ACT ON 2 1 VARIO UP INH ACT 2 LIMIT 3 VIB OFF 1 DN INH ACT INH 2 LIMIT 2 3 VIB 2 OFF 0 m 0
269. ELEVON_ C ON OFF LINR 3cH 3cH 3cH LINR III N
270. EYE I ds Sm Sm NNU NOR ESC INH NOR NoR ESC 120 sw P SwA SwD SwA RATE ww ESC 30 0 30 0 NOR MODE ON THR THR THR THR OFF
271. H MA G SN A INH TH H ON OF Y Ek FE ON OFF rEk a ESC TH k 1 sl LL THR NULL OFF UP ON UP amp D ON UP amp C ON CNTR ON C amp pN ON DOWN ON MODE MIX 2 PSNN
272. H LT WUPMUI F DN IL L EFI IE LLIFITI hk TIMH WIFF Fk EXT VOLT ALARM ACT NH SPEECHW TIMH BMW HLL SQ EXT VOLT VIB VIB OFF TYP _ m1 gt _ mz E gt Se G mps gt EXT VOLT LIMIT n ll SE 00v a Pb i Se 3 5
273. MB ms en 150 CMB MIX 152 AL CMB 153 MULTI COPT MD lt 156 9 ALM 157 DR EXP 158 TH lt 160 MR 4 NMU 9 Ye 161 ee 162 164 THR ee 165 167 169
274. NOR 1 IDL1 2 IDL2 HLp ON NOR NOR 1 2 3D 1 2
275. RM IDL1 NORM NNU EE VR 8 5 GreG RATE 4 lt lt a a NULL OFF VR VR NULL 137 ii HELICOPTER
276. SS S FHSS S FHSS LINK Ip S FHSS ID RES TYPE STK POSI COPY
277. U G2m 100 0 O So Se Ne a EXP ExXP is 2 100 100 0 2 iR 1 4 ON
278. US S BUS 93 M 96 1y 97 0 6 2 ACRO a 100 i TH oe 102 DR EXPO 104 TH VP es 106 IDL DWN 107 ee 108 AIL DIF TL PIP 109 V V lt ee ee ee eee 110 1 1 1 1 BRK 112 FRE AD 0 09 114 FLP EL 115 TL 116 5 HELI TH DR EXPO 7 SWH AFR SWH MIX TH 7 PI P gt RUD THR HOLD TH PI 119
279. WN 0 OFF DO 3 OR AVCS 2NeD GIPUISRERSGS 162 y T6KA T6KH cl JP N 2 6 2 4GHz T FHSS Air 0 2 2 6V 3 4 6 0V HT5F1800B Futaba 0 FT2F2100BV2 Futaba NN R3006SB TrFHSS Air 2 4GHz 6 A SR S BUS S BUS2
280. cH CH5 VR SW VR 8 1 CMB MIX VR lt OR v T Ti TT 1 L1 5 e 5 hk bp mm e FL kk SK 3 RT1 VR RT2 VR WING
281. k T6K 1 0 BE 91 Rs el gt 0 SO SO 1 SBS 01T SBS 01T SBS 01TE FP SBS_ 1 SBS 01R SBS 01RO SBS 01RM SBS 01RB HLTTI SE 1 EwT kk OFF lt e R3008SB R3008SB CA RVIN 700 RESET
282. rt 9 Pb CNE FU MI WING 1AIL WING WING UNk LAILTFLP 2AIL 2AIL1FLPI2AIL2FLP 2AIL2FLP 6CH AIL DIF P147 LCcD Ccca i FTODEL 1 ll 1 IX P 149 i ZR AE Sg EL CMB A CMB MIX P152 END uae Pi 140 GLIDER ETT WING TAIL1FLPI2AIL DAILTFLP 2AIL2FLP Bb 1 SW 2
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