O mea e toe faafoi e talia i totonu o le 40 aso pe a o le aso e maua ai oloa. E le mafai ona toe faafoi pe fesuiai mea faʻapitoa. O mea na faʻatauina ma se kata meaalofa e mafai ona fesuiai; e le talia toe totogi.
Meaalofa e leai se totogi
Susū mai i Roymall, lau upega tafaʻilagi faʻapolofesa mo le faʻatauina o meaalofa maualuga. Matou te faʻatauaina ma talisapaia lau lagolago, ma matou te fia faʻaalia la matou faʻafetai e ala i le faʻaopoopoina o se lagona fiafia i au faʻatauga. A e faʻatau mai ia i matou, e le gata e te maua oloa maualuga e faʻaleleia ai lou olaga, ae o le a e mauaina foi se meaalofa e leai se totogi i soʻo se oka e te faia. Sauni e suʻesuʻe la matou aoina ma maua au meaalofa lelei? Suʻesuʻe la matou filifiliga o oloa maualuga, fai lau oka, ma faʻatali mo le fiafia o lau meaalofa e leai se totogi e oʻo mai faʻatasi ma lau faʻatauga.
Faiga faʻavae o uta
O le a matou galulue malosi e momoli atu oloa ia te oe pe a uma ona maua au oka ma faʻamautinoa e saogalemu le taunuu. O faʻamatalaga o le uta o le a tuʻuina atu i lau imeli faʻamaonia.I le tele o tulaga, o oka e faʻatautaia i totonu o le 2 aso. I tulaga faʻapitoa, o le a tuai e pei ona taua i lalo: A e faia se oka i le Aso Toʻonaʻi, Aso Sa poʻo aso malolo, o le a tuai mo le 2 aso.E masani lava, e manaʻomia le 5-7 aso faigaluega (Aso Gafua i le Aso Faraile) e aunoa ma le aʻafia i le tuai o vaalele poʻo isi mea tau siosiomaga.Talu ai o la matou auaunaga uta o le lalolagi atoa, o taimi o le uta o le a faʻalagolago i lou nofoaga, ma atonu e manaʻomia ai sina taimi ma faʻatali ma le onosaʻi pe afai o loʻo e i totonu o itumalo mamao poʻo atunuʻu.
1. Faiga faʻavae o le toe faafoi & fesuiai
Matou te talia na o mea na faʻatau mai roymall.com. Afai e te faʻatau mai a matou tufatufa i le lotoifale poʻo isi faleoloa, e le mafai ona e toe faafoi ia i matou.E le talia le toe faafoi o mea faʻaiʻu poʻo meaalofa e leai se totogi.Ina ia agavaa mo le toe faafoi, e tatau ona le faʻaaogaina lau oloa ma i le tulaga lava e tasi na e mauaina ai. E tatau foi ona i totonu o le uluai afifiina.Ina ua uma ona maua faʻatonuga toe faafoi mai ia i matou, faʻamolemole afifi au mea e toe faafoi ma lafo lau afifi i le falemeli poʻo se isi avefeʻau. O le a matou faʻatautaia lau toe faafoi poʻo le fesuiai oloa i totonu o le 3-5 aso faigaluega pe a uma ona matou mauaina. O le toe totogiina o le a faʻatautaia ma tuʻuina atu otometi i lau auala muamua o le totogiina.E le mafai ona toe faafoi pe fesuiai mea na gaosia faʻapitoa, e aofia ai le lapoa faʻapitoa, lanu faʻapitoa, poʻo le lolomi faʻapitoa.Manaʻomia nisi fesoasoani, faʻamolemole faʻafesoʻotaʻi matou. service@roymall.com poʻo Whatsapp: +447549870296
2.Faiga faʻavae o le toe totogiina
E te maua se toe totogiina atoa poʻo le 100% aitalafu faleoloa pe a uma ona matou mauaina le afifi toe faafoi ma siaki. O le toe totogiina o le a faʻatautaia ma tuʻuina atu otometi i lau auala muamua o le totogiina.Faamolemole ia matau o tau o uta ma soʻo se tiute poʻo pili e le mafai ona toe totogi. O tau faaopoopo o uta e le mafai ona toe totogi pe a uma ona lafo le afifi. O oe e nafa ma le totogiina o nei pili ma matou te le mafaia ona faʻamagalo pe toe totogi, tusa lava pe toe faafoi le oka ia i matou.Pe a matou mauaina ma faʻamaonia lau mea toe faafoi, o le a matou lafo atu ia te oe se imeli e taʻu atu ai ua matou mauaina lau mea toe faafoi. O le a matou faʻailoa atu foi ia te oe le faʻamaoniga poʻo le teena o lau toe totogi.Afai ei ai ni faʻafitauli e uiga i le faagasologa o le toe totogiina, faʻamolemole faʻafesoʻotaʻi matou. service@roymall.com poʻo Whatsapp: +447549870296
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iRangeX IRX4 2.4G CC2500 NRF24L01 A7105 CYRF6936 4 IN 1 Multiprotocol ARM TX Module With Case
Description: The 4 in 1 wireless module integrate four RF chips (CC2500,NRF24L01,A7105,CYRF6936) into one single circuit board,with MCU baseplate,can support a variety of remote control protocols by identifying the PPM signal output of the remote control,such as Walkera DEVO,Spektrum DSM2,Flysky,Frsky,WLToys,Hubsan,Hisky,etc. It can control up to several hundreds airplanes (or receivers).
This module can recognize the remote control PPM signal, then converted into the corresponding standard wireless remote control format,which means that in theory as long as the remote control is with analog functions, it can work.
This Multiprotocol TX Module is the ARM board, all protocols are included. It is suitable for many brand"s quadcopters,helicopters and airplanes .You can control RC quadcopters,RC helicopters or RC airplanes flexibility when you insert the TX Module to your Frsky X9D/X9D Plus/X12S,flysky TH9X,Turnigy 9XR/9XR PRO transmitter. As long as your transmitter can use the Open TX firmware,it is compatible with this module. You will get many new ways to control the RC models.
Specification:
Brand Name: iRangeX Item Name: IRX4 Band: 2.4G Weight: About 40g Firmware: ARM Dimension: About 49x22x65mm Antenna Length: About 108mm
Compatible Transmitter: Frsky: All the frsky transmitter Futabas: Futabas S-FHSS transmitter Flysky: TH9X (Note: The plastic base of the pins on the transmitter needs to be removed to fit this module.) Turnigy: 9XR,9XR Pro Others: Other transmitter that can use the Open TX firmware.
Compatible RC Aircrafts: Supported Brand :Cheerson,Syma,Wltoys , Eachine E010(Most of these brand"s quadcopters, helicopters and airplanes are compatible but not every model.).
Features: - Upgraded ARM board,all protocols are included. - For OrangeTX, all CYRF6936 based protocols are included. - Suitable for many brand"s quadcopters,helicopters and airplanes . - Multiprotocol TX module,as long as your transmitter can use the Open TX firmware,then it is compatible with module. - Multiprotocol hexs/bin files attached have been compiled with the source files dated of 19/12/2016 using the default settings AETR, telemetry enabled, serial mode enabled and ppm mode enabled using default table. INV versions have inverted telemetry set which is a must for OpenTX while the others are compatible with er9x/ersky9x. - For Atmega328 boards, some RF modules (and associated protocols) have been included in each hexs to fit in the Atmega328. For example Multiprotocol_V1.1.5_A7105-CC2500-CYRF6936.hexs means that protocols depending on NRF24L01 protocols are excluded.
Pin Function:
Number
Name
Property
Description
1
VCC
Power
3.3V Power supply
2
GND
Power
ground
3
PE1
input
Amplifier and antenna switching signal. See the truth table
4
PE2
input
Amplifier and antenna switching signal. See the truth table
5
CSN1
input
A7105 chip select signal
6
CSN2
input
CC2500 chip select signal
7
CSN3
input
NRF24L01 chip select signal
8
CSN4
input
CYRF6936 chip select signal
9
SCK
input
SPI clock signal
10
MOSIs
input
SPI input for slave device
11
MISO
output
SPI output for slave device
12
CYRF_RST
input
CYRF6936 Reset
16
RFO
in/out
RF signal input/output, connect to antenna
others
GND
Power
ground
Truth Table:
status
PE1
PE2
A7105 RF signal to antenna
0
0
CC2500 RF signal to antenna
0
1
NRF24L01 RF signal to antenna
1
0
CYRF6936 RF signal to antenna
1
1
Supported Protocols: - Flysky (Generation I protocol,based on A7105,tested) - Hubsan (Based on A7105,tested) - Frsky (Based on CC2500,tested) - Hisky (Based on24L01,tested) - V2x2 (Based on 24L01) - Dsm2 (Based on CYRF6936,tested) - Devo (Based on CYRF6936,tested) - YD717 (Based on 24L01 ) - KN (V977,Based on 24L01,tested) - SymaX (Based on 24L01) - SLT (Based on 24L01) - CX10 (Based on 24L01) - CG-023 - BAYANG - SIMAX5C
Note: The above protocols are transplanted from open source projects based on the remote control Walkera DEVIATION,the the original author have tested almost the protocols,but he is not specially test for this 4 in 1 wireless module,the protocols our supplier tested have been stated above,untested protocols does not rule out is not supported,but there may be a problem of program configuration,so not rule out the subsequent firmware can support.
Open source protocol is mostly cracked,protocol version is constantly updated,inevitably there are omissions. Including but not limited to the following issues: - Part program version DSM2 have protocol compatibility problems. - Some receiver (original AR600) need to rebind per use,some receiver (Spektrum integrated receiver) frame rate is a bit slow. This issue basically determine the problem is on the program itself.
Tested Ground Control Distance: CC2500: V8FR receiver with Frsky protocol,about 240m. A7105: WLToys V911 helicopter with Flysky 8 ch receiver,based on Flysky protocol,about 240m. CYFR6936: Spektrum MCPX helicopter with DSM2 protocol,Walkera SUPERCP helicopter with DEVO protocol,about 200m, NRF24L01: WLToys V977 helicopter with KN protocol,use Walkera DEVO transmitter,about 200m (If equipped with MCU baseplate,only 50m). Hisky HCP100S helicopter with Hisky protocol,about 70m.
Having bought a Taranis transmitter for its sheer versatility, I had to have one of these to go with it. Like the transmiter, it comes without any instructions and there is no link to an on-line manual. Fortunately, there are how-to videos on Youtube, but they only scratch the surface. The first hurdle is to get around the complexity of setting up the transmitter to use the module. You immediately find that the transmitter will not even recognise the module until you download and install the latest firmware for the transmitter. You then have to negotiate the various menus to turn off the internal RF module and initiate the external module. You can then select the appropriate model type. Maybe I'm missing something, but not all of the listed model protocols are supported, although the menu structure is so complex that it easy to miss something. I also found that not all of the listed types will actually work. Here is a summary of my experiences:
HISKY - It would bind but only gave erratic and intermitent control. I tried this with three different receivers with the same result.
DSM2 - If you select 'DSM2' from the menu, it won't work. You have to select 'MULTI' and then scroll through to 'DSM'. You can then select from 'S 11ms', 'S 22ms', 'X 11ms' and 'X 22ms'. 'S 22ms' works with all my models, 'DSM2' and 'DSMX'. (Control order: TAER).
Eachine QX80/QX95 - no problem. (Control order: TAER).
JXD392 quadcopter - It would bind, but the control order was jumbled and no amount of variations in the transmitter order made any difference. It seems there was a bug in the firmware I dowmloaded. When a later version became available, the setup wizard now worked and I was able to correct this. (Control order: AETR).
Nine Eagles P51 - no problem. (Control order: TAER - aileron reversed).
Hubsan X4 and Q4 - no problem. (Control order: AETR - aileron and rudder recersed).
Eachine H8S 3D - no problem. (Control order: AETR).
With all the quadcopters it is necessary to use an oscilloscope to establish the use of the other features. Most of these use pushbuttons and the Taranis doesn't have any, so you have to find tour own workaround for this.
Both this module and the Taranis transmitter are not exactly user-friendly. Both need detailed instructions. The transmitter 'Manual' makes no mention of programming. I still don't know what the two lights on the module are for.
In short, it will work with most things, except HiSky, but you may need a lot of experimentation and trial and error to get a particulr model to work.
Its worth noting that all of the above will bind and work perfectly with my modified Devo 7e.
Модуль позволяет сделать передатчик Таранис или любой другой с прошивкой OpenTX 2.2 по настоящему универсальным. Прошивка модуля сделана на основе Deviation. Модуль поддерживает большинсво современных моделей. Выбор протокола управления осуществляется прямо из меню передатчика. Есть даже поддержка протокола FrSky с телеметрией! И да, этот модуль мощнее, чем встроенный в передатчик в Таранисе:)
Roymall C.o.
Meaalofa e leai se totogi
Faiga faʻavae o uta
Faiga faʻavae o le toe faafoi
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