A capable transmitter like FrSky Taranis X9D actually can grew with pilots. It supporting up to 16 channels, that is, the transmitter allows to demonstrate all features that the aircraft possesses. Let alone, it adopts frequency hopping ACCST technology, which effectively ensures flight stability and precision of signal transmission. And the transmitter utilizes open-source software, which allow to extend capacity as you like!
FrSky Taranis X9D is a really cool transmitter which very appeals to pilots in terms of the neat board! There are eight programmable switches, two twist knobs and two easy to get to lateral slider pots. Especially the the latest design of quad-bearing gimbals, made in line with ergonomics, makes the remote controller pretty handy when held in hand. Besides, the transmitter can absorb sweat to ensures smooth controlling.
What’s more, FrSky Taranis X9D takes full telemetry capability which ensures the RSSI signal strength feedback. It’s very impressive that there is a large back-lit LCD on the center of the transmitter. Pilots can monitor flight data like battery voltage, weather, temperature, altitude, GPS, etc. And you may pay attention to battery connector polarity if connecting other batteries not provided 6cell NiMH battery, otherwise the controller couldn’t be powered on.
Different from an internal speaker, FrSky Taranis X9D utilizes voice alerts from an internal speaker. That is to say, audible count down timers, low voltage warnings, landing gear down warnings and so on can be programmed by adding with your own voice. The SD card slot offers unlimited memory while the USB port is to upgrade even for a headphone jack.
Furthermore, FrSky Taranis X9D is the open-source remote controller, which allows pilots to adopt other brands of receivers. Options of other brand modules such as Orange DSM2/DSMX or Open LRS 433mhz module are allowed. And the transmitter can store 60 flight models, and it provides 9 flight modes. Three different programmable fail-safe modes and receiver lock will greatly reduce flight crash.
