Gale is a very high-speed armed helicopter, on this basis, it also has good maneuverability.

Let's see how he flies

AG1:Fire all missiles to the ground in unison.

AG2:Start the propelling tail slurry.

AG3andAG4Respectively activate the pitch and rotation of the airborne machine gun.The extent of this is determined by the trim slider.

AG5:Switch of airborne gyroscope system.

AG6:Abandon rocket nest

AG7:Start the landing aid engine. This built-in engine can make your plane descend a little faster, thus helping you to take off and land more efficiently. When parked on the ground, starting up may cause the aircraft to sideslip in a certain direction. It will close automatically when the landing gear is retracted after takeoff.

AG8:Attitude engine master switch.When the aircraft is seriously damaged in the air, loses its maneuverability, and starts to slide left and right. This switch can be turned off with the start of the gyroscope. The maneuverability of the aircraft will be very poor. But it's a backup control system. It is very useful for the armed helicopter which is frequently attacked by ground air defense fire.

Combined with the experience of manufacturing H 27 pioneers and H0, I built this advanced concept armed helicopter. The plane can fly at a maximum speed of 600 miles per hour and has excellent maneuverability. Missiles give him a powerful long-range strike capability. Unfortunately, his appearance is not radar invisible. In my eyes, these are the necessary development trends of armed helicopter in the future.

In general, the aircraft can be stabilized in the existing flight attitude without you turning on the gyroscope. Generally speaking, the driving feel is similar to that of fixed wing aircraft. And he can also achieve the speed and mobility of the former. You can even use its on-board machine gun to attack the ground attack aircraft flying at low altitude and low speed.

This is a helicopter equipped with two jet engines. They will start together when you start the propulsion tail slurry activated by AG2. This gives it powerful propulsion and mobility. The disadvantage is that it slows down and makes the enemy have to pay attention to his noise.

The plane is very careful when landing. Usually, the helicopter will use the lift of the tail slurry to slow down and then slowly land on the ground. But the rotor and structure of the aircraft are not suitable for this, although it has been tested and proved that this method is also completely feasible. What I suggest is to use ag7 to activate the landing aid engine, which will give your aircraft additional downward thrust, at least relative to the fuselage. Then the plane will slowly fall at a speed of about 3 to 5 miles per hour. There is no problem turning off the engine until the plane is completely on the ground. It's very easy to think about it by putting the belly of the plane in the direction you want to go.

I equipped the plane with more than 70 rockets, enough to kill all the boats around the Wright islands. At the same time, I also equipped the aircraft with 16 Hellfire missiles, enough to kill all boats around the Wright islands. On this basis, I also equipped him with a powerful but not invincible airborne machine gun. I will not repeat the same sentence for the third time.All in all, the plane has strong ground fire. According to my design and test, this aircraft can also hang an additional 4000 pounds of ammunition. However, in this process, it is better to consider the center of gravity of the aircraft.

At the same time, the aircraft does have a good driver and sense of stability. When you stow the landing gear in the air and center the VTOL slider, the aircraft will automatically hover. But it's actually rising at about 0.4 mph.

All in all, it is a powerful armed helicopter. If you think I'm doing well, I hope you can support me. If you have any questions about this helicopter, you can ask me in the comment area.

Have a good time.