Boscam Transmitter Betters Sensitivity of your Aerial Device

Transmitter can be called the “mainstay” of the whole set equipment of the model copter, which directly affects the stability of flying and sensitivity of controlling, especially for aerial equipments. As the distinguished model accessory, Boscam Transmitter has received great reputation from many model and aerial enthusiasts. It have access to thirty-two channels so that users can get the most stable transmitting quality. Besides, LED digital tube display are installed to avoid dial the code error while the model is flying. As for the signal transmitted distance, it could reach five kilometers, if work with bigger gain antenna, the longest distance can reach eight km.

As a matter of fact, the function of transmitter can not be independently presented, but more often it has been connected with the model copter, remote controller and even more advanced device, like FPV glass. First of all, Boscam Transmitter stands out for its small size and light weight, which is much easy for installation and will not be a burden to the copter in terms of its weight. The transmitter have become more and more exquisite on account of the constant derivation of model accessories which are widely used in model copter. For instance, if aerial enthusiasts want to experience fresh angle of view through FPV glass, they will choose very high sensitivity transmitter. Because the working system includes video camera and transmitter module, reception and display module. And both two parts have pretty complex signal transmitting.

As what I had mentioned before, Boscam Transmitter could be a nice choice for model or aerial enthusiasts. I guess the flight distance your copter offers is within the longest transmitting distance. Besides, no matter you install the transmitter for sake of model flying or aerial photography, the transmitter will give you the most sensitive reflection. And I hope you can enjoy the flexible flying and amazing scenery brought by the perfect combination of model devices.