This is what is usually meant by the term "FPV." In this case I'm using a 5.8 GHz video transmitter/receiver. Now I'm talking about the real deal - video from the tank transmitted to a ground station that is viewed to control the tank. I'm now waiting a 5.8GHz tx and rx for the video, I will modify my goggles as the blutooth, wifi, and other radiocontroller systems interfere with me as visible in the video.I've previously posted some on-board video, but it was video captured and stored in the camera on the tank, and then later viewed on the computer. For my action figure resistance was futile. In my system I replaced the camera used for the first video with a WDR camera wich is bigger, the first one was able to stay inside the action figure head, the second one not. The cost for a single system is not too high. I can drive the tank with no issue, the only issue is the limit of 180° of the view, but it can be solved by modifying the servo or by rotating the turret. Considering that in some places only 2.4 and 5.8GHz are legal, we can have a maximum of 16 cameras connected assuming that no one uses a 2.4 GHz tx to control the tank.ġ camera is sufficient, In the second video you can see that the turret is moved to the center some times, it is done by seeing the hull corners that remain visible from the turret. We can have some channels for each frequency, maybe a maximum of 8 bands for each freq. Actual video systems are analog video transmissions using a single frequency.
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