H-IX space of four bomber design developed using the latest engine turbofan -12, within the atmosphere for a normal take-off aircraft, cruise and landing, but also specifically the installation of two high-thrust rocket engine for the atmosphere Press outside the cruise flight. As the aircraft needs to fly attack missions outside the atmosphere Executive cruise, therefore, the aircraft's shape is different from conventional aircraft, ballistic missiles, it is slightly similar to flat slender body, pointed head and the tail gradually widened slightly, compared with the distance duck far wing, the wing after a short, X-type was arranged in the rear fuselage. No apparent aircraft windows machine, the pilot observed the external environment, relying on the body uniformly distributed in the three television window to the cabin to form a 360-degree view. Through the atmosphere due to the machine outside the bottom of the front and there are laying insulation composite patch, you can ensure that the aircraft through the atmosphere without having to replace dozens of patches. The aircraft's bomb bay is completely built-in, and can carry six composite satellite and radar imaging guided cruise missiles, machine tools because the bombs need to run outside in the atmosphere, therefore, that missile launch in the machine tool, the external insulation of a composite housing, and that this case only in the missile into the atmosphere through the black area, the only open automatically shuffled around to complete the same as the conventional precision-guided missiles bombing mission.

The new space rely on ordinary plane bomber off the runway, the flight speed in the atmosphere at up to Mach 2-3, when it flew more than 15,000 meters altitude, it will automatically turn off the turbofan ramjet engine, making The aircraft flying out of the atmosphere, reaching about 100 km altitude. The aircraft can achieve with this height and flight speed of about Mach 8, fast approaching to bomb the target, the missile carried by the release of finished even after returning from space. Near the base, the machine takes a little heavy on the attitude of Yang into the atmosphere, reaching a certain height, the rocket engine shut down and re-open the four turbofan reactionary machine, the conventional approach to landing, complete the bombing mission. Flying the aircraft global positioning systems rely on GPS, because most of the time the flight outside the atmosphere, therefore, generally does not consider the opponent's air defense capabilities, and that the orientation of targets in the pre-mission technical data has been input, the missile is smart type, it contains the basic machine with a sophisticated electronic control without the guidance equipment. Can be sure that this bomber to within 2-3 hours, the bombing of strategic targets anywhere in the world!

If this new development space bomber as early as possible the success of our strategic air force is undoubtedly great news! Particular the lack of capacity of our intercontinental bombing of the Chinese Air Force, United States, a superpower in the current circumstances, the urgent need to have this new killer as soon as possible to maintain the territorial integrity of China!

Eight New H strategic bombers in the successful development of our country FBC-1 (ie H-VII), the National Development developed the latest generation of stealth bombers. The time machine started to develop around the mid-nineties in the last century, central to the aircraft's position is: heavy, not less than 18 tons of payload, not less than 1.2 times the supersonic, stealth, cruise missiles carrying the new to fight against the North American continent, a range of not less than 10,000 kilometers, with aerial refueling capability. The research task to Xi'an Aircraft Design Institute and by the Xi'an Aircraft Manufacturing Co., Ltd. jointly to complete. H eight new aircraft, mainly used as advanced technology and design:

First, integration of conventional wing-body aerodynamic layout. Why H-eight conventional aerodynamic layout? This is because the army has independently developed the first large-scale bomber, just copy the former Soviet Union before the bombers, not independent of the design concepts and design ideas, therefore, considering the safe or the use of the familiar design of better. But also large number of applications in the design of the latest technology, such as wing-body fusion, fly-by, the second surface body design, front and rear edge mobile flap, the wing fuel tanks and other large-scale integration of new technologies.

Second, the comprehensive consideration of the stealth design. Stealth design is the wing-body fusion of the first, which is the latest fighter design in China has been widely used technology, nothing. Wing-body benefits of integration of the entire body surface with the body to form a good transition, did not result in the corner and face the radar reflectivity, greatly reducing the probability of discovery by the enemy. Almost all body face no major obvious seams, smooth full body look beautiful aircraft shape, like a huge roc artful.

Third, the extensive use of carbon fiber composite material. Evaluation of advanced aircraft is an important one is whether or not the number of composite materials using our new H-eight is a lot of use developed by our own carbon - made of carbon fiber composite fuselage structure. Use of composite materials has the advantage of not only reduces the weight of the body structure, but also greatly enhance the aircraft's fuel load and payload, but also greatly extends the range of combat aircraft. In addition, the use of composite materials can also be easy to achieve the purpose of stealth aircraft.

Fourth, for the first time the use of combat aircraft in the large trailing edge flaps mobile technology. Tactical Combat Aircraft trailing edge flap using the technology, can greatly enhance the mobility and combat aircraft flying at low altitude performance. Before this, we only use the H-six bombers mobile flaps of the trailing edge, just a normal aircraft control technology, but using leading edge mobile flap is not the same, you can make the aircraft in high angle of attack and low altitude flight obtained when anti unprecedented mobility.

V. Embedded wing root engine stealth technology. H eight bomber used four 'too line' engine, with about the layout of the two, arranged on both sides of the wing root. Because H-eight with a large wing wing-body fusion of design, the engine close to the wing root by way of fixed embedded in the upper wing. The benefit of this is the engine air intake before the upper part of the wing, it is difficult to detect by the enemy, the upper outlet, after the wings, the engine hot air circulated through the role of infrared suppression devices can be greatly reduced by the enemy infrared detection devices the probability of discovery, the purpose of achieving a degree of stealth.

Sixth, the first time in a large combat aircraft control system using the telex. We used the large bombers are using hydraulic or mechanical control techniques, bulky, use of non-flexible, time-consuming. The new aircraft in use are developed by a certain type of facsimile control system, pilots in the flight, looked handy, just to the on-board computer input flight parameters, the computer will automatically control the aircraft in accordance with procedures in accordance with best way flight, greatly reducing the strength of the pilots.

VII, weapons pylons built technology. Since the aircraft requires stealth capability and long-range missile attacks, therefore, must be built on the weapon pylons. The aircraft can carry two wheel-type weapon pylons, arranged in the hours before and after the middle of the fuselage. Each runner-style rack can be mounted six 'Red Bird 3' cruise missiles, the two pylons can mount a total of 12 of the missiles to carry nuclear warheads and a 35-million tons, a range of 3,000 km. The rack can be mounted either above the missile can also be linked to-ship missiles and choose conventional bombs.

Eight, advanced avionics. Because of the demands long-range precision bombing aircraft, the avionics of the type carried by the best currently. Both advanced radar bombing, but also advanced tracking radar terrain matching, as well as advanced navigation and positioning of radar and electronic countermeasures devices. The machine can also use the satellite data link system, and detection devices and other data sharing. It is said that further modifications have to install the type of plasma stealth device, in order to achieve more demanding stealth purposes.

Nine, advanced stealth absorbing paint. This is our country has just developed a new generation of stealth absorbing paint, in addition to the glass cockpit, the whole body by the paint coating. The coating not only a variety of radar wave absorption cm band can also greatly reduce the intensity of active radar wave radiation, making even a small amount of radar waves reflected back, and its strength is very weak.

Ten, supersonic flight capability. As a result of four new engine, thrust-weight ratio makes the machine greatly enhance the maximum flight speed of about Mach 1.4, range as far without refueling for 11,000 km. Wartime aircraft take off if the base of Heilongjiang, in the north of Guam over the sea-launched cruise missiles to attack any target in North America.