1. Flysky Fs-i6s Firmware Download Windows 7
2. Flysky Fs I6s Firmware Download 2019

The flysky series radio is an excellent beginner radio as they are cheap and have great features. These are often bundled with ready to fly quadcopters, sometimes they are setup correctly by the seller, but usually the arrive with stock settings. This guide will show you how bind and setup your flysky radio for your FPV quadcopter.

In this guide, I am using the flysky FS-i6 radio with the latest firmware, but all the menus and functionality are the similar across the other flysky radios (FS-i6, FS-i6S, FS-i6X).

A model is a profile on your radio that you use for each of your aircraft, and saves all the settings specific to that aircraft that you have setup. This is great as it lets you use the same radio controller on multiple aircraft.

• To setup your model, long press the OK button to access the radio main menu.
• Navigate to the System Setup menu, press OK.
  
• Using the Up and Down buttons, navigate to the Model select menu, in this menu, you can select various models that you have previously saved.
  
• To select and activate a model you press and hold the Cancel button (counter intuitive I know).
• Now we can give our model a name via the Model name menu, it’s a bit fiddly but worth naming each model so you know which aircraft each is for.
  
• Remember to long press the Cancel button to save the name and return to the menu.
• Now you need to select the model type, for FPV quadcopters you must select Airplane via the Type select menu. Again remember to long press the Cancel button to save.
  
• Later if you want to create a new model you can use the Model copy option to save some time going through all the options.
• The last thing to do is ensure that AFHDS 2A is enabled on your radio, this is usually on by default, but worth double checking.
• Navigate to the RX Setup > AFHDS 2A menu, and make sure that it is turned on.
  

By default, the flysky radios assign Auxillary channels 5 and 6 to the knobs on the radio. /grand-theft-auto-episodes-from-liberty-city-download-for-android.html. Unless you are more than 5 fingers, it is rather difficult to precisely rotate these knobs while flying to change flight modes or other parameters. So we assign the Aux channels to switches on the radio.

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• Navigate to the Functions setup menu.
  
• Scroll all the way down to the last option in the menu called Aux switches.
  
• By default all of the switches are disabled for some reason, so via this Aux switches menu, you can enable them.
  
• While you are on this menu you can change the number of channels output by the flysky R/C, but only with supported Ibus receivers.
  
• Long press the Cancel button to save and return to the menu.
• Now navigate to the Aux. channels menu.
  
• Now you should set channel 5 to SWC (the three position switch), and channel 6 to either SWA, or SWB (a two position switch).
  
• To save, long press the Cancel button.

The process of binding your receiver to your radio essentially just pairs them so that the radio and receiver know that they are talking to each other, useful when flying with others. The basic principle for all flysky receivers is the same, but some specifics might differ from model to model. Some receivers use a bind button, others use a bind plug, so take note for your specific receiver.

• Turn your radio on while holding the bind button, once started the screen should read RX binding.
  
• Now turn on your receiver while holding in the bund button on that (or with the bind plug inserted depending on your receiver model). Your receiver manual should tell you where this is.
  
• Once complete you should see the message RXBind OK display for a second.
  
• Now turn of both the radio and receiver, and turn them both on again. Assuming everything is correct you should see the correct LED display on your receiver, and for receivers that support telemetry you will see an RX bar on the top right of the radio display.
  

If you find that your RX does not bind, it may be because it does not support AFHDS 2A, so disable that in the RX Setup menu and try again. You also might want to try to enable and disable the PPM output option in the same RX Setup menu. If you are stuck, ask on our forums!

Having a failsafe is important in case your quadcopter loses signal with the radio, the quadcopter will know and can take appropriate action, instead of just flying away.

• Go to the System setup > RX Setup > Failsafe menu.
  
• We only need to enable the failsafe on the throttle channel (or channel 3) so that flight controller will know when it has lost the link with the radio. Scroll to Channel 3, and press the OK button.
  
• Move the throttle stick all the way to the bottom, and turn the failsafe on.
  
• Long press the Cancel button to save, and now you should see that Channel 3 is set to -100%. If this is not the case, try again making sure the throttle stick is all the way down and the trim is also all the way down.
  
• The last thing to do is enable and setup the failsafe on your flight controller, so check your flight controller manual for how to do that.

So that’s how you get your flysky radio properly setup to fly a quadcopter. If you have any questions let me know in the comments below or ask on the dronetrest forums.

This is the second post of my series documenting the development of a custom firmware for the FS-i6s transmitter. See my previous post for details about the used parts and the pinout.

The STM32F0 has a nice feature: An on-board, un-brickable DFU bootloader. This bootloader can be entered by the following sequence:

1. remove the batteries, disconnect the USB cable
2. short circuit R60 on the pcb
3. plug in the battery
4. press both power on buttons for 5s (the lcd backlight will NOT switch on when in DFU mode)
5. plug in the USB cable

The transmitter should not identify itself as a DFU capable device. On my linux machine dmesg shows:

In order to access the DFU device we will need to have some software installed. If you have never used dfu-util before i recommend that you read my post about installing and using dfu-util on linux or windows.

Once you have dfu-util installed, let’s have a look if we can detect the DFU device by executing dfu-util -l:dfu-util 0.9

Flysky Fs-i6s Firmware Download Windows 7

Perfect, the transmitter has enumerated as DFU device and is accepting our requests. So now it’s time to make a backup of the original firmware. Therefore we will tell dfu-util to download the current firmware and save it to a local file by executing

Flysky Fs I6s Firmware Download 2019

Once finished we now have a backup of the firmware. Copy this file to a safe location. It is the only way to get the original firmware back onto the device! The Flysky updater does not use the DFU bootloader, it uses a custom bootloader written to the flash. We are going to erase the whole flash next, this will also erase the Flysky bootloader!