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3144. The Crossbow - Blended Wing Body Common Support Aircraft Design for the US Navy (Student paper Cal Poly,SLO)
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Title | 3144. The Crossbow - Blended Wing Body Common Support Aircraft Design for the US Navy (Student paper Cal Poly,SLO) |
Publication Type | Conference Paper |
Paper Number | 3144 |
Year of Publication | 2001 |
Authors | Akers, Patangui, Guzman, Gardenhire, Atwood, Barthel, and Ward |
Paper Category | 10. WEIGHT ENGINEERING - AIRCRAFT DESIGN |
Conference | 60th Annual Conference, Arlington, Texas, May 19-23 |
Conference Location | Arlington, Texas |
Publisher | Society of Allied Weight Engineers, Inc. |
Date Published | 5/19/01 |
Abstract | Archer Aero is proud to present Crossbow, a Common Support Aircraft designed in response to the 2000-2001 AIAA Undergraduate Team Aircraft Design Request for Proposal. The Crossbow incorporates a lightweight design into a unique aircraft that is optimized to perform several missions. Although a blended wing configuration has not been used on carrier suitable aircraft, every aspect of the Crossbow proves that it is capable in meeting every requirement of a highly functional Naval aircraft. One of the most important aspects of the Navy Common Support Aircraft is its degree of commonality and ability to affordably replace its highly successful predecessors. This is apparent in the design of the Crossbow, particularly, with regard to the manufacturing of this aircraft. The Crossbow utilizes two airframes for the four mission variants; the only difference among them is the aft center body section, which is a convenient manufacturing break point. During the manufacturing stages, mission specific equipment is added to distinguish each variant. The efforts of Archer Aero have resulted in an innovative but practical solution to the RFP requirements and will prove to be a cost effective replacement for the several aging aircraft in the Navy fleet. The Crossbow not only represents a viable solution to the AIAA design competition, but for the entire CSA program. |
Pages | 90 |
Key Words | 10. Weight Engineering - Aircraft Design |
Purchase/download this paper | https://www.sawe.org/papers/3144/buy |
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