Low and Fast Futura RC Turbine Model Jet fantastic flown !!!

... Again. Do you hear me now? I had too little room. No, let it be. Let it be. ... Of course, the smoke is colored, which is not that easy. Of course, you can film it in the old-fashioned way, but in the studio it is not as easy as the original check-scenes, where you have to do it very carefully. In addition to the smoke, the oil spray is also colored in black, i.e. Cretaceous, Tricholomae or Rhoderos. The top speed of this jet model is around 320 km per hour, when it flies over the airfield. The first thing you have to do is to insert the transmitter. Then you have to ask the aircraft how high you want to fly. Then you can install a GPS module, and you can see how high you have flown, and you can calculate the coordinates. How exactly do you need the remote control? Well, the question is not so easy, but the sensor must be outside of carbon. Carbon is round, i.e. carbon fiber. Carbon fiber is conductive, and it acts like a Pharaonic cage and isolates it. That's why we use carbon fiber as much as possible for our radio and antenna transmissions. This jet model is powered by the Isura jet model. It has a load-bearing capacity of 20, with a good 60 km per hour, and of course a lot more. The best thing is to fly around 280 km per hour. A beautiful Messerschmitt aircraft, with a cost-effective range of 13 km. The jet model is powered by a Jetcat G140RX-E. The turbine in this model works the same way as in the original jet. It's a little easier to build up inside. It also has propulsion in kerosene, which is a hot air that has not yet been cleaned. It has the same fuel as in the original jet, but in the same kerosene as in the original jet. The turbine has a compression wheel in the front, which is like a hair dryer. The air is pushed through the turbine, where the kerosene is pumped through. The turbine is used to inflate the heated air, and then push the air into the turbine. Mr. Schreckling was one of the first to build such a turbine. It was a very primitive construction site. For example, he took the spruce wheel from the spruce forest, because it is cold in the cold area. The lower wheel was a sheet metal, so that it was similar to a turbine wheel. That's how he started to build the turbines. The case of the turbine was a thermocan case. That's how we started to build the perfect turbines. The turbine itself is made of carbon fiber. The weight of the turbine is about 14 kg. If you think about it, a turbine weighs 13-14 kg, that's a lot of weight. Horizontally, it would fly like a full shoe. He will show his machines, how it flies vertically and vertically, so that we can see the shoe ratio. This is Mr. Kissling with his Futura. As you can see, this model is made of plastic. That means, the arms and the back are made of fiberglass, Kevlar, polyfiber material. It is laminated with a corresponding ethoxy hard. In a very modern way, the deco, the painting of the wings, is also sprayed into the form. That means, everything is sprayed and laminated immediately. First, there is a transparent cover layer, then the paint layer is poured into it, and then the clay is laminated. Thank you very much.