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1. 40 HELI X 3810 DATA SHEET MODEL MODEL MODULATION SSPCM PPM HOLD SW PITTRIM INH REVERSE SW REV REV REV TRAVEL ADJUST INVERTED 3 GAIN HOLD RUDD OFFSET o CHANNEL 2 4041 41 HEu M2. SW OFF 2 22 UP DN 4 STNT LDN 1 gt 1125 0 125 4 MEHL 11 gt 1 j y LAN ETAT
3. R L N 1 L 2 4 7 70 30 23 HEu GYRO SENS ADJUST gt _ AUX2
4. 16 HEL THROTTLE CURVE gt 00 2 50 H 80 5 AN SHO L 20 L L SW N 1 2 2
5. AILE TIO ELEV LL 5 GEAR PIT 2 0 AUXG eA 4 Z pA PRHG Mix3 Rate Offset 2 6 CLR
6. Pr 1 7 P y AN E 77 1 pi OTA S HI 7 4 F T 5 i NN OT 0 7 TA Fa Sen ABC amp W 0 NER 649S SPCM ati S 7 PCM CPU
7. 8 33 HELI A 4 TYPE SELECT gt 1 10 MENSA 7 ws w 1 4 wm 177 SW OFF 73 CDN 5 4 S5SW
8. 1 4 THRO AILLE ELEV p 4 RUDD gt GEAR T PIT y F AUX2 AUX2 AUX3 AUX3 I APA lt 3 1 8
9. F TX ii t 7 1 15 THE L ZIA WET
10. 195 am 4 gt 7 Fay Rate PPE Rate HDE ON 27 HELI 71 PCM lt FAIL SAFE gt PEE PCM TEE SPARE panne
11. N 1 2 2 MIX _ ON 512 52 HOLD GEAR L 2 H CLR 0 es Point CHDD EXP K 100
12. 3 eS GE CL EPOS MiS F M 1 fekk CH ek 5 L S A T 10m Z ML ds p t
13. 36 HEul TRANSFER RECEIVE MODEL 2 Stand b4 T ii 1 ra 0 100 ERRUR a hi A MEE ATLE a pap CEE ERROR DSC End ok T LIS f S 27318 1 7 1 ER TRI
14. x tirk CIENT S SAN Giren Hw sk HTE TTA RORO 0 Fo T A Fa oa E Arey gt i Hiji 2 RA gt 2 5y 222 1 461 7 2007
15. L 1 2 3 H 5 SW N 1 2 SW SW GED NORM ST 1 1 ST 2 2 HOLD P 8 84 MT IN 5 5 Wa lt CH LERF a v Fraa lt ce bp ep SW 1 1 i EXI 1 INH 2 150 3 INH 1061009
16. 0 H 100 102122 3 NORM L 1 23 H SW N 172 L 123 H 1 2
17. 50 30 N SW GED NORM ST 1 1 ST 2 2 THRO Poirt L 00 100 REDNI ACD CHA 2 F 2J 3 3 ww iD 9 lt 7 Ei y EA h 4 1 2 3 100 1125 A 1 INH s 2 7 50 12 5 2 3 INH Bakr H 100912 5 HDW 100 1 2 3 1
18. 32 3D 17 ILS 5 A 10 f 10 94 Lh k PCM
19. 0 195 WALT Z jE ES 0 1255 SW 1 2 lt 0 100 et Pos AUTO 7 1 1 SW ELETA
20. a pk SPCM PPM FM SPCM i NER D940S FEO 5 7gMHz 0 40MH A a D AaLi PMH 4O0MHz MHz 40 770 40 790 40 810 40 8930 40 8950 72MHz MHz 72 130 72 150 72 170 72 190 lt 72 210 21 72 790 50 72 810 91 72 830 92 72 850 99 94 72 870 NN1100 AUX3 FUES AUX AUX MM
21. SW 1 2 P21 Eu SW N L p 100 A gt i 734 5 T 50 ERZI ba 1 jA j 4 25972 Ll 2 3 H SW
22. CUPD CDND 34 gt PI P13 P14 PIS 1 P16 F17 b3 4 i od P24 2 4 3 PCM 28 pog P31 1 P32
23. SW 29 HELI SLAV MAST ZOS SI AA 0 1 202027022 TRAY HOI ATS
24. GYRO SENS NORM STNT HOLD INVT 1 ED Ge Rate Mate 1 IN gt INH Rate i y dl 110 FMODEN F M DENY O TIN MEEDE F FF MODE G CD CH 0 1 24 HELI NEJ 900 AUX2 D R SW 0 1 0 100 0 1
25. 1 THRO ELEV 4 RUDD 5 GEAR 6 AUX1 7 2 8 ee 45 HELI 1 2 TAARAT WSW El LT TI L 1 1 Oom 12224 00 SPEM MODEL 1 EA E z i 19 pi MP 52 ne 1 YE T dihi e 1 8 A D T 1 TRE Aiei ii SLTA E4 2 t 44 y E y EL 3 13 TE L
26. 1 SW ON F Curve tset 56 0 0 100 ww ee SW ON SW SW SW SW N
27. 2 L F 25 HEu GcD CHD SW SW ON 512 52 ON HOLD 512 GEAR ON 512 52 1 3 F lt 1 2 gt 1 2 Point
28. D S C D S C SW SW OFF ON ON T D 8S C BL G PCM PPMO 2 FCM Fl PPM 1957621
29. St AILI ick GED Gacb 0 ELRD Ta lt MODEL SELECT amp COPY gt gt gt EPI ia LTH TFAM EF 1 IEAA t Model SEL 4 1 00 Thila 1 5 AT GD CD 28 em TYPE SELECT gt Model SEL Cops 1 20994 TARRE GLID STERI HTA MODEL 2 r GLID 5 EE 2 apii EP gt AEA GE Ei 2 eet CUPO BEL 0 0
30. Trainer 49 A 3 MAST SLAV 2 2 DSC 1 DSC PCM PPM PPM 3 SW 0ON SW OFF k f PCM WRI PPM 1 ER SW OFF
31. 2 4 DS8201 R gt ph mg D S C ZED Ne NE jz ENL F T gug D WHR HEED E Fe
32. 8 4 7 LAT i He TX 6 D a y 4 sy 5 pari TH 1 s 1 O y D S C
33. F S CCLRD F S Pos F S SW 28 HELI INER gt 2 DENSE MATHS D MTEI DOUMA EENAA 1
34. LANDING 9 gt T yeap HEAT gt EFF Fite SWE Landing E ELEN Wi 2 ALTTO H CUPO BEL LR PrF ARRE I 229 TIMORA 17 CETA 1 gt gt NSPA Fab yie ON OFF ACTE IONET AUXI TE te LEd F ARTEAREN 4 gt gt 4 Landing AUT
35. k ii T ARNEO OT AREL Eubha 42 3 22
36. pi SPOI gt AILE SPOT FLRP 5 Offset 24 4 i 4411 GED EE t t t b MT FE i 1 EERE ET EE 1 2 E Ta AA 1 2 ra 1 Eii iA gt 47 gt HAN 1 a F Ten AFi pi AoT AE F SADE bhot IIIe F SEA GETH 19 lt AILE RUDD a HILE RUDD 1 E 1 ON 41 114 Leu Sh SWA 1 ELH T EFE CUP GED C TEENE Katr Fa d i EE fr b i SAN Fh TFT gt
37. 4 fal st 17 EFN HEN RSE AI RA i d 1 p a a E jf TE i CARLA ELER TTAR OMET AA j PERIS bii amp amp i Hi 4 gt UP EKAL Y NT S i E 7 r 1 UP y gD gt Mode ZEL I Ha rem STEF Ming Ture Spoiler PH FUHC LIST DR amp ESP Roll BE PE TRUL ELE FLP IL RUD Landina UP CHE DN SEL
38. Y 3 2 2 ALT 2 4 2 TU 30 HEL TIMER gt MODEL 1 TIMER INH INTEG T 12 54
39. 100 b 7 SW SW 31 HELI 0 Y lt MONITOR gt a OOT ur T BATI tH 1 Ns ALD T AN Za 03 Th 2 0 100 0 Hi H 7 45 H gt iE 1 50 CHOH I T J THROS Stick HILE
40. DO lt 10 59 50 O 447 4 et INH INHI 1 j TI Ey E h i E F a a H zj lt gt m 1 0 f uj E 2 13 MODEL 1 ADUAHCED 1 Ge 30 59 59 59 59 59 59 59 59
41. 1 3 INH 18 THRO CURU gt OFF 5 5 7 3 7 EXP C ON OFF C C CLR OFF 19 HEL BY HOLD P16 Hu SE SED HOLD HOLD 4
42. 20 neu 5712701 1 0 100 100 100 50 50 0 0 L 1 2 3 H L 1 2 3 H 100 100 50 50 0 0 L 1 2 3 H L 1 2 3 H INH HE 701 100 100 50 4 50 0 0 L 1 2 3 H
43. 15 HELI THRO E HOLDA NN si SW INH Hold INH S EN CH CLA THRO Hold ACT SW ON ON HOLD 5 84 ED d AO y 17 OFF INH ERF S a YOW kao FRODA 0 20 50
44. 13 HELI O AT 14 HELI 5 15 6 A0 y 16 7 20y ae un 17 HELI 8 Ga 9 eee 29 HELI 23 HELI oe Be 94 HELI 12 TOYGA D 25 HELI 28 HELI EAren 29 B EN 31IHELI 1 39 HELIJ 39 HELI T 33 HELI a4 7 NT SS 24 00 7 34 35 HELI 35 37 a AUX2 38 39 oo 40 bA ROSA 40 H
45. SW A D T A D T UZ CLD 5
46. 9 0V x 24 LZ H 1 i x 5 F EST gF SW rSW a HE Aa j Tiro tS Ao E FRF Ya i Y 7JL SW 8 13 EL T 124 1 4 45 7 A fi IET ONT rs 1 219 L SE 1 BHCK UP 2 1 509
47. STEF ELEU 4 4 RUDD GED C D C Jl TRANSFER TRANSMIT Start CCLR MODEL Receiver g 7 GED 5 0 IN PLURA GME EF Wr AC F prick TRA T L A E A A End ok S LPEE gt TRANSFER MODEL 1 FEECEIUE MODEL 2 MODEL 1 1 Start CLR BED ach 5 F aF CO C ANADA ANED 30 WING E EE Wina 1 wr ae NORMAL ARA TR MI HE CUPO CSEL GHE C n s
48. iai REET CLD End ok gt TRANSFER EE E A RECEIVE ELD Start CLR MODEL SEL MODEL Push C t KFL ww GV lt gt 5 E i 4 rs
49. CD CHD kii CH gt 1 3 WE at PROG gt Tr TAJ z Fyr ATLE TILO gt FLEV RUDD GEAR 7 PIT 2 2 AUX ALUX CH C ON
50. CHD 1 gt gt ph RNID gt Fer ELRD 1 N Ynet PRUG CuP 580 0 20 gt GED teL gt EA CED 11 UMEA EN MiL CHO Aiea ki CU Ai ot gt 1 ON TE FYI ON IFYI Ls FL 7 HETFWW TY 21 3 6 r Ra E gt BML p p gt 1 gt a E E reo RARO p ELP a Bito VERE E a E O
51. 3 P F e DSC EMY rud iR NL x 5 HATT e 2 3 IL gt LAAT 2 1 LST P40 2 y 3 L Tto 2 HEL
52. ED ED CDN SED p CUP CDN 11 HELI DUAL EXPONENTIAL gt DR AILE JO AILE Lp ey P F 100 EXP LIN rh L l Z pAs gt D CED y EONI ASUT A 5 D R SW D RSW
53. NEJ 120S 0 1 0 100 1 0 i 2 24 ite AUX2 3 E DTF CH CO 1 2 5 CLRD 1 CPROG
54. 10 Heu CUP CDN SW OFF ON CUP CDN CUP CDN gt 1 P33 TugFe SEL P34 UP DN ZE ENT MODULRT 1 P35 1 CTRANSFER P35 1 STEF P37 i 5MH5H P39 FIT CURU Inverted Mix GYRO SENS
55. 4 SW 1 SED A D T A D T 1 A_ D T I A D T 1 2 4
56. Ep 2 ia ay Ae Ae 0 150 0 607 AET 100 14 SWASH MIXING gt 2s 3s 4s VATA RET FOATA 2 CCPM CCPM 4 Suwash 1 AILE 120 PIT TD 0 Ch lt gt er INH ACT
57. amp JELU 2 3 TE i WME CHE 19 UP HE m CH LPR ERED HA Z 1 5 4 4 1 yji mt EP GEL ELEWHFLAP Hix 100 kall 1 PROG Mixi Froa riaa Paoa men L CALS PROG 1 1 Fail TIRER FRE gt DUAL RATE EXPONENTIAL gt v YF LA jia 5 j ELIN Hami e O R EAF AILE F s FDR 100 EXP i 12 3 1 T Kaa l IZ H i DR 6 ESF AUTO RUDD INH SEL CH 1 AUTS 6 4 E i H LT
58. 2405616 CD 0 1 1 INH AUX2 522 GYRO SENS RUDD DR a E O 100 1 FM 3 A 03 i NH 7 Rate MOSE D R SW 0 1 0 1
59. gt YR 5 TRAINER gt TATAR WAH ES Nil oT MAiri a n A Try Ybarro lt Try Thare H e LEi sper HETS ADIP i WAST SLAK i MASTA FEDAS v L DSF r o FL L EA PEM Siid Wa SPEM Wa 1 EMi Trainers amp Teainer HORN Fl gt pi CARE a d eare T yli SN PATAN h e ALA Aa a patoi LTE 5 E Fati rf 231 PCM lt FAIL SAFE gt nee HERE YARA oTe vaan Pakene ANg A
60. 1 1 Endok 11 i 32 5 TRANSFER FRECEIUE MODEL 2 an GED a l F TRA ERROR Fi EKKOR UL f lt j 11 1 ad 5 EL i TRIM STEP gt a y TENE ya PAA 14 LF TRIM STEP RUDO ELE 139 DN F 33 VERR R ELEY 15 QUAD FLP FLAP EW ii eW Y 25 MODEL i oz au TAIL A Wi 14 DEO E
61. Raters 5 1 ga FLP 0 FINAIS HL E Eris Aini AE DE GT 1 LOSW TEREE MEFE Uhi t pA BEL O CELAD Wh Eare iE LW gt gt 22 1 1 gt gt gt gt gt gt 16 4 0 4 IE Et gt gt FL EON DFF amp 55 H LSW ALAT 4 Fo FUY ECLA 4 Ey Fe FA PUU 44 FLAP AlLE MIX FLHP HILE PARAL EEL PER EEE iF A REE T 44 14 E E EF iza mr EE
62. _ matter 141 5 EFLA 1 Lm 21 F se FRIG Riss irine FROR Ht DUAL EXPONENTIAL gt IDR amp EXP LE gt HILE ELEY z OUTPUT DR 1007 LINH F SEL CLA z i A Hinia TEN 1 i f LIN 1 j i REVERSE SW gt CREU SW AILI 3 1254567 HORM L DNH SEL CHE CLR Hii aii lt SUB TRIM 1 TE Sub gt 2 79 AUN AVI AUXI AVI EE 0 0 Alfe F Fer LEL ENKA ATE e L it 1414 TRAVEL ADJUST gt CDN 1 i mr 5 Mt F spi Et 4 4 r Fry MAETH MA
63. Sa h 13 HILE3FLHP Rate 51341 LE 3 Rr S Dipi YTT gt 20015 tibh at RRE gt Miil CO TARLI gh He 5 SWEN 23 EZA T F fi FE F TA AUNI AUNI EL wii LE FLAP E G iA Ef E Ti TF TEE A TOFIA PHAY ESIE pie EEE PFE 1 amp
64. paa 50m 5 gt hy O EL 3 gt F 0 0 KORWE BF A AC100V F L TEHE Lt i T GOE T m FIL z F 0 0 R J 7 NET G238HS COMPUTER 8
65. FET HIES NES 51 1 e Fr 1 gt Fi L i T y F 8 j E gt t C G8HSDL G8HSD NE 238 I4 72 6495 NES 51 X4 058201 4 4N1100 A et PII JOT FRA lt 5 52 NES511 058201 NETG238HS i fi 40MHz 5 72MUHz 10 A SPCM PPM HEA DNAN 4 JE 9 200mA 0 5 50 1
66. SW INH AMC TEC 1000 TEC 1000 RR HOLD 5W A JUJJA trth AUX3 SW AUX3 38 HELI lt SWASH TYPE gt Pi CCPMM 4 90 K 1 CCPM 2
67. gt ELEV Rh FSE 79F TURE ARE DEELTA TSE Fai A A i j Tana H F pA p ro Mrt iia LANDAT 843 F TAT PIN ER mA Eo k A LA Fi Frbi Jri IFIS Lg It lt 5 INPUT INPUT SEL 5 0 ch Input HUK FILE T 4 PE ERT M HE GED CH 4 4 e LR 4 u Lea Atag L EJ 2
68. gt gt gt A gt MU CEI H FLP D swa OFF F lt DUAL FLAP TRIM 1 POT 12 IXH EL BEL C HNF aE i LERE E f 4 AEEY PET 5 ET 1 TRI POT 5S POT 6H IPOT Ji FAA ar Fart 7 1 1 1 gt 5 SIATE POTT F TE FEEFEE FIDA N E A UAir EE HEETE 3 TF FTF J 1 6 PROGRAM MIX
69. 2 ti P45 CUP CDN CDN GED 5 gt T SW BI DATARESET gt HDL Reset 245 EFT JILF PL 1 gt 2 2 T 54 E KUR 4 34 MODULAT J 449 SPEM PPM HELI
70. ELEV FLAP MIX ELEU FLHP 1 FH i ehis amp EL EL O C O LR 5 1 Kair lt W 1 ERDAN If me Pi LALEA L ii Fa TW Foei BAERE gt gt gt gt gt 1 C gt C20 OFF EL PPr p y iA LD RWD R gt P 2 DIFFERENTIAL DIFFEREH 1 HORM baih GED F TAF o FATIT ZTF j FLAP ELEV MIX FLHP ELEU Mix Dee ELEL
71. y Hmi T r p a F Er I Fa 4 5 TI ja parit HELI 1 1 SW ON SW 11 __ 31
72. ALAAN C p hitt ALT gt CPROG Mix3 _ 1 0 0 iesi MILE Offset FLAF 5 0 4 capeu i b 2 Has k t ti 5 gt BEU 2 gt gt gt gt gt o c Man DRAA gt 1 25 eT a TFE 18 A HEA gt MIXI TET 5 2 ETA EE FE gt Benere 9 51 1
73. 5 FSW Ai J Mina TuaFe U THIL DUAL FLAF INH INH INFUT SEL FLHF ch IneFut SEL CLA PSW cue NHAT 1 2 IXH TEE 3 4 a z 11 X 3810 DATA SHEET GLID MODEL H ODEL MAME SPEM PPM r be ee mm mm ww SHAFA 357 0809 i
74. SW 1 Pos 1 LIA RAY LDR amp 1 AUTO ST1 SW ST1 1 INH ST2 SW 5 2 7 HLD balik J EREDT A Fa TEROA GED gt gt _ 2 STIA 12 REU SW THRO R a PAN ATLE TIO y RUIDH J 7H GEAR 40 UARN A AUXI 3 ma 11 7 F is REY EFPIA SW Sub Trim THRO THRO 20 y ALLE e TILO p ELEV b H RUM F b 1 iji 250 e
75. a 1 4 ALTAI re E ATi Por FAP LAY Fag EELT FA h RA LiT WE r rn TELGA 24 MONITOR gt TIMER gt TIER RIEEL 1 1843 T d S PACIENSA ND 14 PHONIT I THROS Stick AILESI ELEU CON GED 4 11 r T 7 2 LR A MODEL SELECT amp COPY gt Fa 3 F E IN braan PANELIS ie Model SEL Select MODEL 1 ACRO 5 CDN 580 0
76. CUP CON SEL 1 UP 1 jJ z HA E ETI CHE 5 0 i DIFFERENTIAL EZ CT mt 3 IFRAT ipo r YETIP DIFFEREH 1 Nm TE TE SEL 29 TI it YA 1 ON AND GEAR LAND GEAR JAND MIX LAND LAND z 1 L 1 2 gt Paint L 0 GCH C ERLA Ei M PROG 0 gt 1 GEAR FLAF il AUNI As 19 F z
77. L 1 2 3 H 100 L 1 0 50 1 L IOR T blit thg NEA ROZ 0 ET 2 3 H 1 INH INH 21 HELI SW SW SW Inuerted CInyerted SuN A INH C F LIZZ lt INVERTEDSW gt TEN EOE
78. CLA A 114 Lel a T gt 1 REVERSE SW gt 1 6 ATILE i ELEY T 7 FLAF T LAXI LE TI JALILNI REV k gt lt SUB TRIM Sub Trim 44 THRO AIL a 2 8 74 IMI a amp CUP SEL C gt CD LE LN UE 7 8 14 ELEU FLRP Wf bhi 1 RatesD 4 gt gt gt AA
79. t HOLD 1 1 2 100 AIUX2 100 FOH P38
80. SEL 0H MEL Reist HET STEF FEL IH 1 FE CFUNC LIST FDR EXP EEU SW Trim UL ADJ ELE FLF DIFFEREN DH SEL DH SEL Le L gt IALAY C Tured i F CLA j LEY Hisi j b i i ji amp Miri i rfi 1 1 124 LUR E 5 Dt ST A I F t TET F i CLA 4 1 n LUR t I L gt E 144 2094 nn CUP JE CONDA 4 5 A e d NAL AE tH 1 SELI 4 ik E m i i ZIPATE mk EF Trin LTRML ADI 1 1 Hix EE morereren 3 2 1
81. FLAP 1 FLAP INA FLAP PULI 4 50 FLAP TRIM 4 eo PAEL TEN IXH i LAER i 8 7 1 TER 4 Eok hay d 11 TETS 1 GED 4 TE A BF ro 1 1 1 C C 1 Bawi 4 HIL ii E MEWA TRIM ARA A e 11 PULLA Aona C m E RTE pri 1 C pi yh i E 4 FAY a 4 PHAT BHT 4 gt 27 PONT Lat 1 FETAR E NUS
82. F An 24 x p lt gt MODULATION gt MODULRT 1 MODEL 1 TRAHSFER 5 TRANSMIT Start CLR MODEL 1 Receiver stangd b4 2 LID SPH modulat ior GED C gt i DH SEL CH CLA 1 2 r 5 APE MET a ik e LF gt H PAF I Erg 1P COH Pare rr TRANSFER gt FEJ Td par in Ge BE ISi TRANSFER TRANSMIT TERHHSFEER MODEL 1 FRECETUE 5tart CLR 2 5 SEL NODEL Fush MODEL 1 TP ect D5C Connect OFF GED 0 FE MFN e _ L ELL 09 DM 1 IFs j bAT 5 ga GALIA 7 MGEP 1 STRE
83. 9 HEU 3 CUP CDN CDN CH SED lt amp ESP REU SW Sub Trim TRML ADJ 1 THRO Hold ANDED zap CTHRO CURUM FIT CURU Inverted UP MODE DN ATS ENT GYRO SENS 11 21 AIGA D 7 141 31 Fail Safe Trainer TIMER CMONITI 1
84. F SWR 3 2 H ELT 2 747123 2 2 2 A GE SW 1 2 8 1 3
85. F gt i t HoT hjit H Eiu E 2 1 gt 4 E TIMER gt 1 MODEL 1 5 TIMER INH 1 GED Ge CD H Fir nini TETE IXH b P w 5 EN i 1 F 1 E i 12 34 MODEL 1 j ADVANCED SISTEM E CUP 0 ew 2 Ae ii RA A 7 MAWT TE T ERIN 4 i TEE 4 AAY E E A lt MONITOR gt pren TEATER 5 timy
86. q o 14 ee 2 7 0QN 4 o 26 Heu 3 gt SW SW ETO EM
87. 180 3 120 LGSMMHSH TYF lseruo NORM RAN FLU TE A 7 PE AUX2 y HUMA 1 servo f 2 servos 180 3 servos 1207 t 4 servos 0 39 HEL AUX2 NEJ 120S NER 649S AUX2 0 1 L S T
88. AHER Tx mismatch E TLEN 40 EF im EET E OUR PRL 7 F PEREA F Aigner T a ya 1 AUX2 F e EET iFa r amp a 4 1734 F gt EE l iH L i he 1 7 t j rt TE 0 PET i T a y NRE E PATA Da A SWAPO IASA ELET Pi Fia EEE t FLAP amp rh 1 ehaidh T 8 POT TE PT EE Er aut F FLAP INPUT DN WING
89. LA 5 Ll i op ted 84 5 EIEN PSW ES T d Fone 52 CUP GED CH C IM pa ae Wa AMED Fto LAY TYPE SELECT gt ACRO 5 HAAS EE CTE tagd SEL TE 1 MODEL 2 ACRO SPEM ACRO e CSEL C z Hiro WW E A C RAE PAD Te 777 521 F MP BT t Peri gia me T 81 4 14 A j amp t D a vR COND ii BEL IFL tti Eii i
90. I gt H Y yi i a eran PUT E 1 t i TkL E w CLA LM 0 515 1003 1 FF Le ON 21 gt gt 714 gt gt pii TANINA 4 gt HARTEN S 7 HARTON 1 FLT PE i a Ti Fa j ta TE 1 t m f Ef PI i AET E gt 7 E Po gt Ed LEEF Bii SERE L 1 gt BERRA EnA A 5 GLD gt gt gt gt iia ahit
91. SW 2 2 SW SW 2 4 aL p t OFF INH 100 i 35 50 6 35 27 L 1 2 3 H 50 Ed 2 0 35 LEL 22 HELI lt REVOLUTION ACCELERATION gt
92. TUERA TIRE GEAR Yi FLAF PY T AUN PEt CO CD ak tenki 5 ben Eir E t fR FIET ro treer AHA AEAF E FSM ASET LDA a t aE EMO GAAF pes FET ESF rikl t LET ELT MAE kA Fa dRe F Tra i a SAV y LEL AF y Abneri FL 0 E WWF ro ARED i op AAEL Ft LL MATA I THETA SE LT B4 ERREF TENT Oop hI FTR A E 251244
93. BEHE coo HU gt GED C 9 4 4 r z Pip w T WGE MODEL SELECT amp COPY gt SREDE 1 2 Model SEL Select MOD 1 HELI 5 1 1 Ai L L LF i EN es Ey OLEJA 0 1 o 32 HELI Model SEL F MODEL 1 HELI 5
94. E E Eikit Rar FFF E E AT L bpb p whit 1 kahit PLT ukht PROG Mix3 gt THROS THR pi AILE FAI l OH T b Birer g Offset K F LE FPEX FLAF 7 iT PiUT AIX ALN AVN GED GD C gt i 1 4 T ta iA 4 i Vi z4 tre 1 3 MIK5 6 gt gt FLT r PRA yr 30 UA ADi Ti rki i2 gt gt gt E
95. 4 4 Ar 44155 H MODEL gt DATA RESET gt MDL Name 1 1 ACRO SPEM lt A t tras 1 ACRO 5 UP CSEL GCH C TETE CDN i i 4 1 ALAY Aor 4 2 rs Aaa i ASI MODULATION gt CMODULAT 1 MODEL 1 modulation BEL Gach 0 C LPPM t i R iin MP tain lt TRANSFER gt 7 SLONA 3 1 WA 1 5 1 F E TRANSFER TRANSMIT MODEL 1 t Connect 5 OFF CUPO
96. A D T A D TT EHD A D T
97. BEL Gc D 18 Eh h CUR 5 FENS CRANA E P AJE ED WAERN WDA E End ok TRANSFER RECEIVE MODEL 2 200 a P P FR h 111 LT gt 81 GE IREN MOW TEAN A o pey ERROR Tx mismatch y AAi ERROR OARA E TE i DSC ro SORREL PLEND MTE AnS ENAN E Cha EEn A iL Fa ER PAETA Endak TUTSI E L TRIM STEP gt Z MRL SIEL 14 1 4 2 T 14 s FT L
98. L ND nk THRO EROT 2 SP F 90 180
99. Wi 124 H AC100V 50 60 O aE rd 80 170 10 15 FM9 paa 4 EZER NEW ABC amp W SPCM 431100 T E Awg 40MHz 5 48V 1100 f 5 19 39mm 1 5015 600 ns T i 6495 72MHz 10 J 17 5X45xX 67mm E 5zV m 120g 8KHz 50dB 20 gt 28 T 5 16x36x51mm 3 HEL 1 A AU i 4 7 a gW 4 ai 27 4 5 AUX3 SW CLO FT FTF gW i l ANF 4 2 TA HORAE 72 836005 2 SA yt 1 25 F 1 ge WBR AL EL t m 222
100. 2 EOD fh L F z 10 T T 2 2 12 TEL OGJG732 0200 999i LH E D HELI ACRO SW 5SW lt gt 2 7 FOW 5W SW amp
101. E Enix 24 4 MXS n MEIH Pye ph r YAAD EI y a r gt gt pri 23 HA 2 PORR 4 2 TE TIELT E 7E 4 WAS Fi e Ter gt im CEDA APLE i L 50819250 xi ARR Point ELEV r F POTI Piss 4 1 4 IFT MI ES AVA AVNI kii TE aD GED C C wa TE i a gt 29 Ie F i
102. 60 lt 1 1 9 3 120 120 3 opin RE C D 3 EP 1 1807 120 435 190 Ch 3 Ch 8 AUX 3 Ch 6 Ch 2 Ch 6 Ch Ch 2 Ch 6 Ch 3 EXP CSED EXP ACT
103. A lt AlLE RUDD MIX HILE RUDD Mix Rate 0 4 i 1 ELD He C D C CELM Fh Rairi l Bare rai mf Lpo gt ONOFF 2 Hie gt EA EL F SWAN PACT y AN ELEVAM T 15 TRAVEL ADJUST gt MI tt THR i 119 Ri98 TETN ELEU D 108 AS JALKI 1885 H L a i gt EE IT EL 4 r TTE ATER 2 1 MARRA Piit haho T o TANAAM A a
104. F 1 4 159 HE 1 a 7 A SPCM ZPCM PPM EPT F TELD wE EREET ZIEDET a 0 IF ZARAD 4
105. N 7 HeU UP MODE DN O en esT CONTRAST 1 e AJIA i Zhai I 2 Fk Eja i Ws V 5 A 9 7 H STORE ea SED Gr 1
106. amp HEDT 0 EF HELI SFCH E j T wl 7 2 a Mo lt LT lir Dag Hi MODEL NAME gt MDL Namel HFEA er Pi yh
107. modulation T 2 4 87 Dir PP 7 4 SPCM PPM DPCM PPM 2472 PP M FM WMEOFFLTL CON SED WU CUP CDN CUP CDN ii TRANSFER gt 2 2 X 3810 DSC X3810 X3810CCPM 2 TRANSFER TRANSMIT DSC FE EFIE yim
108. 3 INH 1 1 3 INH 50 1 Gc 1 C Oo 1 3 1 INH INH H 1 N 1 3 INH 17 THRO r HORM 1 gt Point i INH N 50 5g Egza ES Hu 1 1 T TEHE IN 50 w 5g 1 3 INH TE LENZ EOR gt 4 gt zh 1 gt 7
109. Err Trainer TER TETS r CUP D MASTAR 515 LTA 1 WAL SIEM PPM Wa i4 tot RELAT i pii 1 j Eor patom aN OEFA E CEEE FE a 415 4 WE E P e a a a a a EEH WATEA A iE SLAY MAST E7077 LL TT OAA F410 PAH evig IP o rE amp 71 E gt
110. y P AUX3 AUX3 1 1 4 5 8 gt 5 41 30 250 5 5 30X250 41 13 LHEL THRO ELEV 204 PT UA UN 1 1 Qc C 1 i 1 1 4 HYE IO095 5 503100812 108 DRUJA fa 2 2 4 A jal 4
111. a ma EE TF PCM FAIL SAFE gt PEMPEM E e Y Ai 7a TAE ESED Fa 334 EET E C D C O F raye HD tenkn Fer 7i fete 7AA b n FERE A MESA Aa o F FSM 4 FAFSA 7 1 Pos METOT FSMD ESF ELT 2 i 5 TRAINER gt 4 1 A
112. rr 4 2 FE BAIL ARA GED C D 3 y Wp u PaF 3 i 1 13 ipm SAE k TEE 4 mri 1 o pAn h RYTY a FEIE gt E 7 gt Bi te RE gt gt ONOFF A t gwn Aa H OFF bri 5 Pa F s FSW gt gt Ei gt 17 gt PAA 2 FLAP Toh
113. ab al E A p 6 4 5 11 ELITA amp LR 1 P E E A K Ch ri i 9 z h hoiii 29 E UP 1 CDN 2 LELT TEA 4 amp a C E l EELE E ETA HASWA MODEL NAME gt OK HDL MODEL 1 lt CMDL Reset tres MODEL 1 i 2 z CUPO D 6 7 E i 5 4 1 IE 11 11 1 1 A 59
114. i MIDEL 1 Connect DSC amp POWER T E D CUP CDN DSC 3 GED C C CLD End ok 35 HELI gt TEHHSFEER ELD TRANSMIT tart CLRI MODEL 1 Receiuer stand by 5 1 E gt gt j MHAL MHARA SIREAN ED
115. ti EO ie 1 GD emiy AUX2 i 1 3 RATP Y 1 10 37 HELI AUX2 INPUT SEL gt LINHPUT SEL AUX2 2 Ch Input HOLD SW HOLD SW SW PIT TRIM F 1 5 4 GEAR 11 INH gt AUX2 GEARUJ 4 AUX2
116. 3 ITEMS 10 MODELS 8 CHANNELS SPCM PPM SELECTABLE THE ULTIMATE RADIO CONTROL SYSTEM sysem G8HSD system G8HSDL 5 1 RE 1 E 1 2 RF 2 HELI 3 SRI 3 5 7 6 8 HELI 7 Fo 8 SS 9 HELI 9 BR 12IHELI 12 13 31
117. 7 AUX2 1 3 e 11 8 AUX3 mem 53 1 YTS Lq A 12 54 MODEL 1 I UP 7 SEL C i p A HR 1 ELA L 2 A D T j iFa i 64 9 1 A 1 D T 1 gt DHAS IENE 1559 22 EET ARIE HLTAT E AAT 414 1 13 2 HA OCA E PL peangi 5 1 43 PEEL T RELA fi 4 E ii ARL lk DH ONL T FARI 14 ME UF SW OFF 2 1 gt 1 t MOL Hens
118. EEEE EE FIFRA 33 3810 DATA SHEET MOGEL MO ULATION SPEM PPM FLAP TAIM FLAP POT giai i NORMAL TRAWEL FLAP FULL FLAPERDH DELTA 210 11 GLID SW SW POT6 SWW L 3 SW y _ SW SW HOFF SW SW AU POT 7 SW ATGA PRT AUX3 SW o Ps 7 THRO SPOI 2 AILE 2 ELEV Sue 1 RUDD 5 GEAR AIL2 5 AUXI e
119. ELI HE 10 ES 42 HELI REER 43 HELI 11 ACRO 5 12 GLID 53 HELI 1998 10 1 KRE as 500
120. M STEP gt 1 1 1 10 sd 4 L 7 LIRIM STEF e T E 447 lt MODEL 1 100 Tx mismatch CLD T Heerd
121. O 1 Elad CUP BEL i i CLR LIL 4 i EA g 4 E RiHIT UE LEFT LEFI Fid Aa 3 p gt FYNE 1 EEA d gt LLE E a 0 4 gt lt 5 ROLL gt z4 TE 4 UP to LTA N DRAMELE PET fa pai A l ET DEPA aU FEWE TAT Pa 6 1 TREE Hm LR TTF ii E 545 BA LI FaR oii E FLAP POT ADJUST H PULI TE 1 6 PROGRAM MIX i PURDE Ei p
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