Armed refers to the general term for carrying out air operations or air attacks on sea targets equipped with a system. Armed *** first appeared in the 60s of the 20th century, in view of the experience of the battlefield in Vietnam, the United States decided to develop a special armament *** from 1967 in the world's first armed *** AH-1 "Cobra" service, so far the armed *** has developed three generations. As a low-altitude firepower platform, armed with powerful firepower and high maneuverability has become an important convention. Among the armed forces, heavy armed forces have always been valued by all teams. At present, the AH-64 armed with the US military and the Russian Ka-50 52 and Mi-28 are the best in the heavy armament.
However, today we will not introduce the real armament***, but show you a set of AI-generated heavy armament***, so that you can enjoy the works of these computer programs, and see if they are in line with scientific principles and what deficiencies still exist. At the beginning, AI program painting was not good at the portrayal of **, and there were still many unreasonable places in the generated works, but after the accumulation of materials and the update of algorithms, it has been able to generate more reasonable works. I look forward to the day when AI can assist us in designing the next generation of aircraft.
Work 1
The cockpit has a complex frame structure with poor visibility from the rear seats. The main landing gear adopts a trolley-style design, which can carry a large load.
Work 2
The wing uses a multi-purpose pylon, and the distance between the two engines is small, which is not conducive to battlefield survival.
Work 3
The tail design of the aircraft is larger than the ** equipped with short wings, I don't know if this is conducive to flight.
Opus 4
A double-layer wing is used, with the lower wing responsible for loading** and the upper wing mainly providing lift. The cockpit adopts a tandem layout with a good view.
Work 5
It also adopts a double-layer wing layout, with two layers of wings staggered, and the lower layer can be mounted with more **.
Work 6
The aircraft incorporates elements of the AH-64, and the top of the propeller hub can carry millimeter-wave radar.
Opus 7
The aircraft uses a double-layer wing, but the tail rotor is at the top of one wing, which has a special layout and a large cockpit space.
Opus 8
The ** is mounted on the upper wing, and the lower wing is used for the storage of the landing gear.
Work 9
The aircraft is equipped with 8 engines, and it is not known whether the engine power is low or to increase the speed and load of the airframe.
Work 10
The shape of the aircraft is similar to that of the European Tiger ***, and the number of propellers is small.
Work 11
The aircraft has a side-by-side two-seat design, and two large missile launch bays are installed above the short wings.
Work 12
The aircraft also incorporates Apache elements, but the cockpit can carry four crew members.
Work 13
It has a thicker wing with fuel and electronics inside, and is equipped with multiple electronic pods.
Opus 14
It adopts a four-engine design, with a longer fuselage and a large cockpit space.
Opus 15
The cockpit of the aircraft is similar to the Apache's, with a shorter rear fuselage, but the side view of *** is not right.
Opus 16
All four wings can be fitted** and four engines are used.
Work 17
The layout of the aircraft incorporates elements of the Tiger armament.
Work 18
The wing of the aircraft adopts a well-shaped layout, and the wing junction can also be mounted**.