BD11.1
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easily the best, most agile, and stable toy quadcopter for the price. I bought two of the bayang toys x9's, one black, one green. I've built, owned, and flown hundreds of RC aircrafts and I have to say that this is an excellent machine, but I also have it binded to a modified devo 7e, and I use jjrc/eachine h8/h8s or floureon h101 batteries. tried flying it once with the stock TX (transmitter) and it was decent, has a cheap feel to the sticks, but functioned properly. the stock battery of the x9 is a 1s 3.7v 150 mah 20c and the h8 batteries that I use give the x9 an extra "push" also being 1s 3.7v 150 mah, but the h8 batteries have a 30c discharge rate, and they even fit right into the battery compartment on the x9. I haven't yet used the stock battery because it has been so excellent with the 30c batteries. deviation software and a modified devo 7e with 4 in 1 MCU give me superior control over the x9, with it's own bayang protocol, which is set up to fly very well, even from the start, I have all rates maxed out and it's right where I want it, added some simple exponential values, and my x9 flies better than some of my very expensive coreless (and brushless) machines, and that says a lot considering it's a fifth of the price of some, plus it's ready to fly. I don't have much to say on how it performs right out of the box, because I took it out of the box and modified it, but even with the stock TX, which i used once, and just a 30c battery, the x9 totally screams and does so in a very controllable fashion. stock TX has three rate modes, headless mode/one key return, one button to flip in any direction, trims in all directions... it's got it all, especially for being toy-grade. I definitely reccommend upgrading the flight battery, the flight time was ACTUALLY around 8 or 9 minutes with the 30c h8 batteries. I added a 3mm white LED to the front of my x9, soldered power & ground to the +3v & gnd. solder pads on the bottom side of the receiver/board and makes no distinguishable difference in battery power/life, as it is such a low power component, melted a tiny divot in the front of the frame with a soldering iron for the LED, shrink-wrapped the wires underneath, bent it into position, the board is level, and it fits right under the canopy cover. I am extremely impressed with what I got out of my x9, I'm stoked for the green one to arrive.