Esky PCI 300Mbps 300M 802.11b/g/n Wireless WiFi Card Adapter for Desktop PC Laptop. My esky will not play on windows 7 - Esky Flight. USB FMS Simulator Cable for Futaba and ESky Remote Controllers.
There are many types of controllers/dongles/cables that can be used with FPV Freerider. Controllers that have been succesfully used include Realflight and Esky USB Controllers, Xbox, PS3 and Logitech gamepads, FrSKY Taranis, Spektrum, Flysky, Graupner and Futaba RC radios. First of all, have a look at the user manual for some general advice: The FrSky Taranis generally works connected directly via USB.
On some operating systems (Windows at least) you might need to make some manual setup in the menu of the radio itself: Spektrum radios generally works best connected via a standard 3.5mm mono audio cable. See this document for more info: (The tips in that document can also be useful for other similar radios connected via audio cable) The Devo 7E/Devo 10 and other radios running DeviationTX seems to most often work fine with the stock.ini file on MacOS and Android.
Select 'USBHID' as protocol in the model setup. You may need to select 'Re-Init' once connected via USB. On Windows you may need to set up the endpoints. Here is a custom model ini file that you can try: Here are some tutorial videos that may be of help: This is just a small collection of videos, there are many more tutorials that can be found. Known incompatible devices: The HobbyKing 6ch flight simulator USB controller is known to not work with the sim.
The Phoenix proprietary dongle only works with Phoenix. Here are a couple of links to popular cables/dongles/controllers. Same with my Taranis X9D. I've gone through the calibration procedure in the new Recharged version about 10 times and I can't get it to complete successfully. Sometimes one stick or the other swings the circle on the screen way past the edges of its box to either side and the other axis on that stick doesn't register at all. Sometimes it seems to work okay and right at the end the pitch overwrites the input for the roll and it says 'DONE!'
But there's an axis missing every time. The whole procedure seems buggy. Thanks for your work on the new version. The graphics look great. But I can't do much with them without my roll axis.:). 'If the automatic stick detection selects the wrong channel, you can try clicking on the circle that you see is the right one.
(That is, one of the little circles on the calibration screen). ' I've been trying this and I still can't get it to work, I'm also doing this on the new version you just put out. Yaw and throttle works fine. The next circle is roll, and the arrow shows the right stick to the left, as it should. However, my pitch channel moves this third circle, not my roll. Still wouldn't be a big deal here as I could always swap my roll and pitch channels on the Taranis.
If I move my pitch up and hit OK it is saved as roll and the roll turns green; finally, when it asks for pitch (4th position), my roll channel acts like a two-position switch, when I move it left it activates the 4th circle to the top, but there is no in-between range. I press OK when it's in the high (bright white) position and the circle does not update - it's still a gray circle, yet the wizard moves on, and he channel is not recognized in the final test screen. After I switched pitch with roll in the Taranis I noticed that the third circle showed properly, but also acted like a 2-position switch. And when it was in the high position (bight white circle) I pressed OK and nothing happened and the wizard moved on. Then the same happened with pitch - it acted like a 2-position switch, and after I finished the calibration both axes were inactive. It seems that for some reason some channels are being read as a two-position switch, or something has changed in the way we're supposed to configure the transmitter. This happens consistently on the roll channel.
This all worked with legacy Freerider. I don't know what's causing it, but I've done my best to explain the issue I'm seeing.
Hey Guys, Similar Problem here with getting my Taranis X9D to calibrate. Worked flawlessly before but now my throttle control seems to be bugging out. It will only detect inputs on the upper and lower end of the throttle, basically either full throttle or no throttle. In calibration, I'm not able to center the throttle stick, all other inputs calibrate just fine. For whats it worth, the level inputs on the Taranis display fine in Channel Monitor with 0 to 100 for throttle, and 50 as the mid point for all other channels. I'm using the same profile that worked not 2 months ago in Legacy Freerider. Not sure if its something on my end with the Taranius, but any help is greatly appreciated!
Having this same issue - latest osx build - calibration is just awful. Seems to assign the yaw incorrectly and so some sticks work, others don't. My current models worked perfectly. Seems to be an issue just on OSX Edit: Clicking the circles is the only way to get this working on a new macbook. Was using a model that previously worked connecting to a windows install.
Note: one issue I am still having is that FPV freerider takes a moment to detect the sticks are centered instead having them all at min range. So you can get it working in calbration by just wiggling the sticks - they will center out. You must do this during calibration and before each takeoff in the sim. I get the logic behind it, but it doesnt matter what I do, I cant get all to be in the correct direction. I have calibrated the same way several times in a row, and each time get a different result. Like it doesnt make sense.
Example: left stick says up, I push up; right stick says up, I push up. Then afterwards one stick goes up, and the other goes down. Then another calibration cycle they both go up, or sometimes they go down. It's real odd and I dont think it's user error. Should I re install?
I have some old 4 channel controller connected via (again, old) ATMega64-based USB 'dongle' (really, it is embedded into controller case, so not exactly dongle). It shows at Windows as standard joystick (without any 3rd party drivers), but with unusual channel mapping (I don't know why): Throttle (left hand, vertical) is 'X Axis', Yaw (left hand, horizontal) is 'Rudder', Pitch (right hand, vertical) is 'Y Axis' and Roll (right hand, horizontal) is 'Throttle' according to windows standard 'Game controller properties / Test'. I'm trying Demo and it doesn't see any channels but 'Throttle' (left hand, vertical) which it maps to 'Yaw' and show complete garbage, even draw circle out of big square (it can not be trimmed right).
So, my controller is unusable:( Basically it is dumb old full-analog FM controller, it doesn't have any mixers, channel maps or any other settings you could find in modern digital controllers. Could it be used with FPV Freerider with some software channel remapping? I'm using it successfully with Aerofly Deluxe fixed wing / heli simulator. First off, FreeRider is awesome! I have it on my tablet and have installed it on my windows 10.
I can not get either of my controllers to work with the game, I have a devo-10 and a sprektrum dx6. I have tried using the usb and audio cable, I have downloaded smartpropoplus and it won't recognize either controller. I have also taken it to a computer repair shop and they couldn't get anywhere with it either. At this point I would be happy to buy a cheap usb flight simulator controller if you can recommend one that you would know would work with windows 10 and freerider. If you have Deviation installed on the Devo 10 you should be able to just connect it straight via USB, using the model file that is mentioned in the manual. (You might have to uninstall smartproplus for that to work) The Spektrum should work with a mono audio cable and smartproplus.
There are some videos and documents in the first post which might be of help. I know several people including myself have successfully used a cheap old 4 channel Esky usb controller such as this but I don't know if you can still get one of those. (The 6 channel HobbyKing variant is known to -not- work with Freerider). Hi, I've modified an open source project called Unojoy to interface my DEVO 7E and RX601 with my computer via an Arduino Uno board so I could play FPV Freerider using my DEVO 7E and RX601 and I've posted a how-to guide together with the source code and other references on my blog at I believe this will work for any kind of controller + receiver as long as the receiver is using PWM signal to control the servo motor. So, you may want to give it a try if you are stuck. If you have any comments / questions, please feel free to leave them on my blog. I would love to hear from you.
The USB side of the adapter behaves like a standard USB joystick (HID-Device). Therefore you don't need a driver for Windows or Linux (tested with Windows XP, Windows 7 and Ubuntu 9.10). In Mac OS it should work well too, but this is not yet tested. The adapter is ideal for use with a model aircraft simulator on the PC. PPM Most R/C remote controls provides a so-called PPM-signal.
It consists of a pulse train with about 0.4 ms long pulses. The time interval t n between the pulses corresponds to the stick-position of each channel. A time of 1.5 ms corresponds to the center position, 1ms is the minimum and 2ms is the maximum position.
A pulse train consists of n+1 pulses - for 5 channels thus 6 pulses. The pulse train is repeated every 20ms (50Hz). Bild 4: The schematics of the PPM2USB adapter The circuit is quite simple and can be build on a breadboard or on a perfboard. The resistors and Zenerdiodes provide the USB-required voltage levels. The PPM signal is connected directly to the ICP-pin of the ATmega8.
This works with signal levels from 1.5-5V. For the right timing an external 12MHz crystal is used. Note: The ISP circuitry for programming the controller was left in the schematic way. PPM2USB with USBASP-Hardware It is also possible to modify an USBASP-Dongle:. Software The software was developed with the AVR-GCC tool chain and consists of three parts: PPM decoder The PPM decoder is completely interrupt driven. To measure the time, a 16 bit timer is used which is directly connected to the CPU clock (12MHz). USB stack The ATmega8 has actually no USB interface.
However, it is possible to implement such in software. For this purpose the free USB stack called is used.
Main program In the main program V-USB is initialized. Then the controller goes into a infinite loop and transfers new joystick positions to the PC. It will only transfer data when the stick positions have changed. This is indicated by brief flashes of the LED. Download. The included hex file is compiled for a ATMega8.
The source code can be easily adapted to other AVRs (if they are supported by V-USB). For programming, the can be used. Fuses: external crystal (lfuse: 0xEF, hfuse: 0xC9). You may not use this work for commercial purposes., Flying-Model-Simulator FMS For simulating model airplanes you can use the Free Flight Model Simulator (FMS).
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