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  Ekip 
        AULA L2-3
  EKIP 
        AULA L2-3
 Side Veiw without Top cover
  EKIP 
        AULA L2-3
 Back Veiw of the Engines
 
 
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        5. 
          CONDITION OF WORKS ON ZAO "AC "EKIP" PROJECT
 
         
          | Theoretical 
            and experimental research was carried out to evaluate the aerodynamic 
            characteristics of flying vehicles "Ekip". The results of 
            the research permitted to optimize the design parameters of "EKIP" 
            vehicle and its basic systems. Research and tests of different types of vortex systems ensuring steady 
            airflow around the vehicle body under all flying conditions, including 
            takeoff and landing. The works were carried out on specially created 
            test stands at experimental and test centers of Nil "Geodezia", 
            TSNIIMASH and Rocket-Space Center "Energia". The results 
            of tests permitted to optimize the geometry and gas-dynamic data of 
            vortex system control of boundary airflow on the stern surface of 
            the vehicle. The ground and flight tests of large-scale prototype 
            model RUM L1 confirmed the reliability of vortex system operation 
            and its low power consumption.
 Experimental research of air cushion takeoff-and landing gear was 
            carried out on models using the wind tunnel and towing basin of TSAGI 
            Moscow Branch and on test stands of Nil "Geodesia" and Kazan 
            Aviation Institute.
 The results of research permitted to optimize the design parameters 
            of air cushion takeoff-and-landing gear. Water tests of air cushion 
            landing gear were performed on a large-scale radio control model RUM 
            12 in Nil "Geodesia".
 The automatic control flying vehicle AULA L2-3 was designed and developed 
            on the basis of test results. This flying vehicle mounts all the systems 
            which will be mounted on flying vehicles "EKIP".
 
 Such systems include:
 - two turboject flat nozzle engines equipped with thrust vector control 
            device;
 - control system of boundary airflow on stern surface (vortex system);
 - air cushion takeoff-and-landing gear;
 - flight automatic control system in all flight modes, including takeoff 
            and landing;
 - six-channel radio adjustment system;
 - a measurement system providing control of air data and operating 
            parameters of all vehicle systems;
 - system of data accumulation and transmission to ground station.
 The automatic control flying vehicle AULA L2-3 is ground tested and 
            prepared for flight tests.
 Full-scale automatic control flying vehicles EKIP L2-1 and EKIP L2-2 
            were designed and created for development of structural elements of 
            all systems and respective manufacturing processes. These flying vehicles 
            were designed and manufactured at the Rocket Space Center "Energia". 
            The vehicles were assembled at Saratov Aviation
 After ground and flight tests of automatic control flying vehicle 
            AULA L2-3 the ZAO "AC EKIP" will proceed with design and 
            engineering works performed for multi-purpose flying vehicles "EKIP" 
            of various load-carrying capacity.
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