Orbiter addons 2016 software#

Turbojet engines and accordingly by capability of an independent takeoff from theĪirfield. In general it distinguished from the orbital vehicle by installation of four Landing approach and landing - the BURAN flying prototype wasĬonstructed. Tests and evaluated in the BOR-5 suborbital flying modelįor working up the most responsible flight phase. This assembly has been worked up during wind tunnel Tail with a double swept wing, with elevons, rudder-aerodynamic brake and balance flap asĬontrol surfaces has been chosen.

In this connection the aerodynamic scheme without a horizontal The BURAN descending from a space orbit passes all possible for anĪirplane flight performances in the atmosphere starting with large hypersonic (M-25) up to Manufacturing control and testing programmes are automatically generated on the plant. The data bank informationĭescribtes the geometry, technology parameters and materials. Is based on the interface between a design office and plants. On paperless technology without drawings and templates, using the bank data. Result form building, manufacturing and installation of tiles were carried out completely

Orbiter addons 2016 software#

The special software was developed and as a ToĮxecute all this manually was impossible. Under each tile in more than 100 points were made to ensure the tiles fitting closely. The measurements of a real frame surface geometry Surpassed by strength the materials used in the USA Space Shuttle construction. The temperature not higher than 379 degrees C. Thermal load -the fuselage nose and wing leading edge,Ĭeramic tiles for parts heating up to 1250 Maximum operating temperature up to 1650 degrees C for the components with the highest For theīURAN orbiter three kinds of thermal protection have been developed: The gliding descent from the orbit throughĭense layers of atmosphere has stipulated the necessity to use a principally new reusable thermal protection system designed to sustain 100 flights. Vehicle return from the Space and to bring it to the airdrome forced the designers to Sliding descent in the atmosphere and parachute landing. Modules or large structures up to 17 m long and 4,5 m in diameter and not only 2-4 crew members but up to 6 passengers can be accommodated in a crew cabin.Įxpendable space vehicles perform a ballistic or Return up to 20 tons of payload to the Earth.Ĭompartment of impressive sizes on the vehicle permits to transport orbital station The BURAN orbiter is able to put up to 30 tons into Space and to Whereas the cargo flow on theĮarth-orbit line increased and the development of a reusable vehicles of large carrying Put into the orbit by a rocket carrier of theĪverage size they had modest transport potentials. The BURAN predecessors could execute only separate roles: VOSTOK and SOYUS vehicles were intended only for crew flights, PROGRESS - forĬargo delivery onto the orbital station. Only to put pay-loads into Space, but also to provide their orbit maintenance and repairĪs well as return to the Earth. The BURAN is our first vehicle capable not The BURAN orbiter is the space airplane which may descent from an orbit and land to an airdrome. The BURAN orbiter is the first reusable manned space vehicle in ourĬountry.