How to Make a Drone. Here comes the best part. Once everything is together, youll need to learn how to fly. VnG9qRQHxDop_i2.jpg' alt='Flysky Computer Transmitter Software' title='Flysky Computer Transmitter Software' />In this article we will talk about some of the best flight simulators for practising flying an FPV quadcopter. Computer flight simulators have been around for decades. There are many types of controllersdonglescables that can be used with FPV Freerider. Controllers that have been succesfully used include Realflight and Esky USB. If youve ever flown a ready made quadcopter before, flying your own drone will be significantly less smooth. This is because its likely that there are more imperfections in yours however, your flying can be made smooth with a few simple fixes Trimming. When you first take off, you will notice your quad drifting in one direction or the other. HTB1e7uGKpXXXXadXFXXq6xXFXXXy/Flysky-FS-CT6B-2-4GHz-6CH-Transmitter-fs-R6B-Receiver-System-for-RC-Helicopter-Model-Dropship.jpg' alt='Flysky Computer Transmitter Software' title='Flysky Computer Transmitter Software' />Buy FrSky TARANIS X9D Plus 2. GHz Transmitter from T9HobbySport today Shop with ease of mind with FrSkys official UK supplier. Drone, glider and quadcopter specialists. Thunder AC6 Smart LiPo Balance ChargerDischarger w AC Adapter for 16 Lipo 115 Nimh USB to PC Software. Stk FlySky FSR6B 2. Ghz 6CH Empfaenger fuer FlySky TH9X FSCT6B FST6 DKKO. It may also have some yaw. The trims on your transmitter are meant to cancel this out. Ride 6 Software. They are the little silver buttons on your transmitter that beep when you press them. On your display you will see 4 sliders, which will move corresponding with your trims. To view the trims on a typical transmitter, look at the image attached. In general, you should trim to cancel out your quads drifting for e. RC/Accessories/reote-900x700.jpg' alt='Flysky Computer Transmitter Software' title='Flysky Computer Transmitter Software' />ESky 4 CH Flight Simulator Training Kit For Airplanes and Helicopters w USB Port EK20905AFlightSimulator. Going further will overcompensate, making it drift backwards. It might take a while to find the balance point, but when you do, your drone should hover in space. Throttle Gain. You may find your throttle way too responsive, making your drone rush upwards to the sky while you hurriedly cut the throttle and watch it fall down and crash in a mangled heap of metal and wires never happened to me, I swear. Your throttle trim will adjust your throttle at max thrust. You should aim for full throttle to be a fast rise, and mid to high throttle to give you a steady rise. Flight modes. Your FC will come with a variety of flight modes. For our drone due to limited channels we used two modes Alt. Hold and Stabilize mode. Here we will explain some, of many, flight modes. HappyMan_screenshot.jpg?h=tvuwmrytq-FQdRSF7TDqvA]];var lpix_1=pix_1.length;var p1_0= [[900' alt='Flysky Computer Transmitter Software' title='Flysky Computer Transmitter Software' />Stabilize mode allows you to fly your vehicle manually, but self levels the roll and pitch axis. More about Stabilize mode http ardupilot. Alt. Hold Altitude Hold mode. In altitude hold mode, the drone maintains a consistent altitude while allowing roll, pitch, and yaw to be controlled normally. More about Alt. Hold mode http ardupilot. Loiter Mode automatically attempts to maintain the current location, heading and altitude. The pilot may fly the copter in Loiter mode as if it were in a more manual flight mode but when the sticks are released, the vehicle will slow to a stop and hold position. More about Loiter mode http ardupilot. Here is a list of many flight modes you can choose from http ardupilot. PID Tuning. This is where the mathematics of your FC comes into play. PID Loops are a set point variable based feedback system used in manufacturing industries There is a ton of math here which, unless youre learning control theory in college, you probably dont wanna know about. So let me give you the rundown in Laymens terms P Proportional. This is the main value which determines the drones need to stabilize itself. With a low P value, it will correct sluggishly and be relatively unresponsive to controls. If P is too high, your drone will oscillate rapidly by trying to stabilize itself and overshooting repeatedly. You want to tune this first set I and D to 0 by hovering in a windless environment and increasing P until just before your quad starts oscillating. I Integral. Your P value determines how much your quad will stabilize. However, this is just the amount by which your drone will correct. The timing is irrelevant to your FC as far as P is concerned it could stabilize in 1 second or 1 minute. Your I value exists to speed things up it dictates the force exerted to push the quad back into a stable position. This is why I is important in outdoor flying with factors like wind, your I is what controls how quickly your drone will respond to outside factors. Use a low I, and your quad will just drift away in the wind. D Derivative. This one is the least important some FCs dont even let you change this so as not to mess with the PID loops too much. Think of D like a dampener it smoothens out the corrections made by P and I. Instead of jerking back to a hovering position, a drone with a high D value will gracefully return horizontal after getting to its new position. Heres another super simple guide to PID tuning https oscarliang. Heres a slightly more hardcore version https oscarliang. For an even more detailed version, go here http myfirstdrone. If youre interested in the math behind PID loop theory and have Alan Turings brain, go here http innovativecontrols. Finally, for a cool analogy to help you understand all of this a bit better, go here http diydrones. Juiced 2 Hot Import Nights Psp Iso.