Materials: no Textures: no Animated: no Rigged: no Includes Normal Map: no Geometry: Polygonal Polygons: 11424 Vertices: 11836 Detail Level: medium
Formats:
Cinema 4D (.c4d) - vr10, 3D Studio (.3ds), DXF (.dxf), OBJ (.obj)
Only cinema 4d R10 format has materials Polygons 11424 Vertices 11836 Blended Wing Body, or BWB, designates an alternative airframe design which incorporates design features from both a traditional tube and wing design into a hybrid flying wing configuration. The claimed advantages (see Potential advantages below) of the BWB approach are efficient high-lift wings and a wide airfoil-shaped body. This enables the entire craft to contribute to lift generation with the result of potentially increased fuel economy. Currently, both NASA and a maior airlines constructor are exploring BWB designs under the designation X-48. Studies suggest that BWB aircraft, configured for passenger flight, could carry from 450 to 800 passengers and achieve fuel savings of over 20 percent. NASA has been developing, since 2000, a remotely controlled model with a 21 ft (6.4 m) wingspan. This research is focused on establishing the base data concerning the lift, stall and spin characteristics inherent in a Blended Wing Body design.
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