Thank you very much, ucon.
overscan said:In the period from 1994 to 1999, EDO has developed a technical proposal and preliminary design for training aircraft M-AT/XX1, built a full-size mock airplane and started to produce a working design documentation.
overscan said:The next time we heard anything was 1998. A single page article on the trainer/light fighter design, substantially developed and now called "Integral" (M-AT), was published in Flieger Revue. Powered by a single non-afterburning RD-33, it was aimed at the Yak-130 / MiG-AT.
This design later popped up in Iran as the "Shafagh", with a ventral intake version also studied.
Avimimus said:So bascially - he patented the same wingform for: High angle-of-attack controllability, VTOL fan integration and cryogenic fuel cells?
Three unrelated uses?
Matej said:overscan said:In the period from 1994 to 1999, EDO has developed a technical proposal and preliminary design for training aircraft M-AT/XX1, built a full-size mock airplane and started to produce a working design documentation.
Does it mean that the mockup that we saw in Iranian TV was built in Russia by Mukhamedov EDO and just sold/moved to Iran?
No/no.lancer21 said:IF this is real, did mr. Mukhamedov found work in China ?
Stargazer2006 said:Triton, I shared these in detail in the Patents section already.
Why not search that section beforehand and simply link to the existing page??
Triton said:Sorry for the redundancy.
-swivel (angle of attack) trapezoid rotary wing panels.I hadn't realised that the outer wings were all-moving!
It would be interesting to see what drones could do with this configuration.
Began work on a preliminary design of a light aircraft vertical takeoff and landing Fm-5. Currently, refined layout and design parameters of the project and formed work plans.
Draft Fm-5 - the aircraft vertical takeoff and landing (VTOL), which will create an additional gap in the traffic of the country. It uses an integrated aerodynamic configuration: the wing includes a supporting profiled "disk" is ideally suited to accommodate the lift fan.
VTOL aircraft will allow passenger cars to go business class one-dimensional to two-dimensional space and begin to develop the airspace metropolises and cities.
The proposed plane has advantages helicopter (vertical take-off and landing) and aircraft (flight speed of 500-700 km / h), which will provide unloading routes between cities.
Source: Velyet MAKS 2011 News - Issue 3Mukhamedov OKB CJSC announced the continuation
developments on the introduction of the integrated circuit "Mukhamedov's wing" into civil aviation, representing a combination of overflow, round wing, consoles and V-shaped plumage. Such a scheme can be successfully used in the creation of a multifunctional aviation platform, passenger aircraft and line vertical take-off and landing aircraft. Projects are based on research and inventions created during implementation of previous R&D projects, including model testing in TsAGI and SibNIA wind tunnels, carried out in 1992–2010.
Multifunctional aviation platform A3x70M is an aircraft that is used in a mixture of cryogenic fuel and aviation kerosene as fuel. Several options are being designed: container aircraft, tanker aircraft, firefighter aircraft, electronic warfare aircraft. The ability to quickly change the layout of the cargo compartment will allow airlines, the Ministry of Defense and the Ministry of Emergencies more flexible use of the aircraft fleet by increasing their plaque.
The A3x70P passenger aircraft is similar to the A3x70M design, but has a greater wing elongation. The use of a disc-shaped center section allows you to create a passenger compartment with the effect of a "flying hall" for 200 people and place there double and quadruple cabins that will significantly increase the level of passenger comfort when long flights.
Line of vertical take-off and landing aircraft (VTOL) also based on an integrated circuit with a disc-shaped center section, in the center of which there is a horizontal lifting fan with a diameter more than 3 meters. The high bypass ratio of the fan ensures a low specific take-off load site. This solution made it possible to significantly simplify aircraft control in take-off and landing modes and to obtain a high weight efficiency of the structure combined with high aerodynamic characteristics. In this case, horizontal flight is ensured by a rotary pushing screw, and the salon is located in front of the lifting fan. As conceived by the developers, the widespread introduction of VTOL aircraft will allow air transport to go from one-dimensional space to two-dimensional and proceed to the development of air transportation in megalopolises, increasing the speed movement compared to helicopters. Line of VTOL aircraft includes 5-, 19- and 50-seater aircraft that can provide a flexible transport network between cities, unloading highways.