Some problems of Miniature Unmanned Aircraft Vehicle prototyping

In the paper some fundamental problems concerning miniature Unmanned Aerial Vehicle (miniUAV) prototyping were presented. As a result of undertaking analysis and designing the proper aerodynamic and structural layout was fixed. The geometric 3-dimensional model was developed in advanced CAD environment. Then the cycle of some technological techniques was presented to show the manufacturing process prescribed for miniUAV airframe parts. The main subsystems of on-board equipment were described and the essence of the whole avionic system integration was explained too. A methodology of UAV flight quantities validation was presented due to the technical features of applied control system. The complete system set was specified at the end.

REFERENCES (14)

Abbott I.H., von Doehnoff A.E. (1958). Theory of Wing Sections Including a Summary of Airfoil Data. Dover Publication, Inc. New York.

Google Scholar

Arjomandi M., Classification of Unmanned Aerial Vehicles. Mechanical Enginnering 3016 – The University of Adelaide.

Google Scholar

Olejnik A., Rogólski R., Chachurski R., Frant M., Wybrane aspekty prototypowania płatowca bezzałogowego statku powietrznego klasy mini. XIV Szkoła Komputerowego Wspomagania Projektowania Wytwarzania i Eksploatacji – Jurata 10−14 maja 2010 (materiały konferencyjne). Rao P.N., Tewari N.K., Kundra T.K. (1993). Computer Aided Manufacturing. Tata.

Google Scholar

McGraw-Hill Publishing Company Limited. UAS: The Global Perspective. UAS Yearbook 2009/2010. 7th Edition, June 2009, Copyright Blyenburgh & Co.

Google Scholar

Aircraft Design: Synthesis and Analysis. Version 0.99, January 2001. DesktopAeronautcs, Inc., http://adg.stanford.edu/aa241/... [data dostępu: 28.08.2013].

Google Scholar

Airfoil Tools, http://airfoiltools.com/ [data dostępu: 14.05.2010].

Google Scholar

Center for the Management of Information (CMI) – The University of Arizona, http://www.nsf.gov/pubs/2002/n... [data dostępu: 28.08.2013].

Google Scholar

Elbit Systems – Skylark® I LE - mini UAS, http://www.elbitsystems.com/el... [data dostępu: 31.12.2012].

Google Scholar

Kiwit – Mini Unmanned Arborne System, https://www.uvsr.org/Documenta... [data dostępu: 23.09.2015].

Google Scholar

10.

Rzepczyńska K., Podstawowe informacje dotyczące materiałów i procesu laminowania – konspekt szkoleniowy, http://stamodra.za.pl/wp-conte... [data dostępu: 05.05.2013].

Google Scholar

11.

Skylark 1 LE Mini Unmanned Aerial Vehicle (Mini-UAV), http://defenseupdate.com/produ... [data dostępu: 30.06.2009].

Google Scholar

12.

ST Aerospace – Skyblade III. https://www.staero.aero/staero... [data dostępu: 23.09.2015].

Google Scholar

13.

UAV/UAS classification, www.unmanned-aerial-system.com/classification.html [data dostępu: 12.07.2010].

Google Scholar

14.

UIUC Airfoil Coordinates Database, http://m-selig.ae.illinois.edu... [data dostępu: 14.05.2010].

Indexes