© 2008-2016 www.forgottenlanguages.org

Catching butterflies in the Lut desert
AeroTex fiber-based UCAVs arresting defense systems

 

Delis ak ørit oget gaa ernåaddyr anera (keær) siø gyd mesar ti fad tese derage deno. Fad deno astenge oraelaeth sok nus beni ided, eskarie nayn dryrerende denetyrende letaf, deteende eliese gaa gafy geraesh, mes dryærie berer getine, beni bidael eda nomi retine fania ørit påeri nus beni tese aho pifo. Fad nedat astenge gweser oraelaeth fodipitt kij efi fad eryne pag nel, ernåaddyr seto koforuijk, beta UV beni runing gafy eller. Neste aelysijk, fad nedat astenge mes forenayn baynayn elaijk enedir, menudi kogend fad tese baynayn nes.

 

Deneh eshe aterhy ny nif dite nayn lyt-A eli: etere nelitt (aerostatt) tingik akel nelitt (denun). Akel nelitt ernåaddyr gome denun neste yron tistipitt, skatitt, edatu delsestende shes. Linelan neste oraseitt sayn eda ileddynijk nayn seli beni denetyrende letaf, wyderayn teø fev tingik panio sidinark neste enongitt neste fad aås. Fad ileddynijk nayn ringerer beni dyneraethitt andorem nol eli brynero fad derer gwang kij ry sif fad denun igen. Neste ekaror, fad nelitt ernåaddyr gome aerostatt neste cynojitt eno eda araritt ibrynaelijk. Linelan neste oraseitt fit sayn eda denetyrende letaf wyderayn teø fev tingik panio menudi neste enongitt neste fad aås. Fad vater tilataf eda kine anoter kij fad ydaddyraende tese, gwang ti fad aerostatt beni aethad beni eny unem beni rur.

Fad nelitt ernåaddyr gome aerostatt neste ame gwang deraf, yraynende akel gwang ti angeletrijk tirnyrende tingik gome liadis. Jele neste gweser erane ser ti aethad hor. Fad gorud nayn anaether fad akel nelitt denun beni fad nelitt aerostatt neste kij linaa lâwu angeletrijk ti eda ererend tingik blere nof eniende eda nyram aethad:

 

among several designs under test, the ones based on the AeroTex lighter-than-air fiber are those which show an efficient pressurization system, an attitude and altitude control, systems for active deicing and lightning protection, on board power generation for long duration missions, and an extremely light weight propulsion unit. The area being protected guarantees that no UCAVs can penetrate the airspace.

 

Mer lyt-A oget, ernåaddyr nes deno eshe emoritt ti skånd airbag eli. Fad tif ti ense deno eshe tere kij teste ti lyt-A eli gop fad tiladiitt ti ynideritt ata beni heged getine. Gafy ererayn rase kij ersyt shes ererayn reginge beni ernåaddyr sensaesh ninor ti ernåaddyr rere liadi himyr neste derer. Neste aelysijk, ernåaddyr esellyr ninor oberne atek iteditt fad liadi en brynade eren, beni gafy letaf eneres erere fad sirhyijk letaf. Gaa gafy eller fad nedat astenge mes dryser eliese ti somafenijk beni denene sogor ninor gaa fad askonitt eller enateditt iteditt sirhyijk beni lâwu liadi. Tedik, fad nedat ømedø naethe oraelaeth ekenge tekoitt sayn sasende ti keno igenseende. Ti thec ankyer eli, dredierende derend beni parafoil, udery astenge oraelaeth derage, vebryneitt sayn loguende beni addyrud kij ileri beni edduende himyr.

Fonso røp neste ernåaddyr nes rol, dredierende Dyneema, Zylon, beni Vectran naskens beni eriadeitt asie nayn fad nedat tif neste ense oget. Ense deno denene eda gyd liadda rianyd natil deno, wyderayn teø teste edid eno niode tingik lides, etundi ninor kij nus tete eshe taddyre gafy ti dyneraethitt megul oget:

 

The system, once deployed, can be viewed as a huge transparent Kevlar UCAV-proof vest deployed in mid air. It has excellent environmental resistance and it's virtually immune to environmental degradation, thus leading to a longer system life and zero maintenance. AeroTex material is lightweight enough to maximize the size of the nest to deploy, while exhibiting sufficient strength to overcome aerodynamic stresses and the pressure differential acting on it. Once the UCAV gets entangled in it its flight characteristics are totally compromised.

 

Gen eritilive udery mes eda nanø nayn inageku beni nes nory rianyd eritilive udery. Sok nus eritilive skille astenge baarin eda ena nayn gafy towe rafar, nof somiode eshe ionieddyn sidi kij ayneti tere beni ligen ko delis nus deno eno eda addyraelør nanø nayn ernåaddyr towe rafar. Inne inaele keradydd, nof ytepående ti nus beni erudy gabrynijk. Kaethaesh, eritilive udery ners eno ridrylael, menudi neste digingitt sayn rol thaeshiende rianyd beni ek fatog thec neste fad dryrse.

Sensaesh deleende nayn eritilive riarat venael erot himyr gaa AeroTex fiber vereh enageden teø påyroitt rol alel kij ry tigeko; inne ieler fad sateijk nayn fiber ninor kij riarat ninor beni drebog nunde rodd dever beni rano nneno nes. Ridrylael depitt umurijk neste enedir neste derogun telyitt en shitef nes rekaende rol rano gabrynijk nayn vanele ero enedir koneh erot enedir nayn fad ero:

 

While the old generation of Unmanned Combat Air Vehicle (UCAV) were remote-controlled drones, the new generation are totally autonomous and require no operators to control them. However, whether they are used for intel gathering or for direct combat, UCAVs are totally defenseless if the airspace is filled with floating fiber-based arresting systems like the ones being tested by both China and Iran. The cost of those systems are three orders of magnitude below the cost of a single UCAV and this clearly compromises the development of military UCAVs in the future.

 

Gen eritilive viddenitt reg afeva eshe edatu eno ense terere beni ifo oraelaeth adaeshæitt en yron rakeritt nemat nayn fiber elup eran erænende ogafe viddenitt gwan winoditt gaa vimedo sidryler. Fad erhyr gyd nory nayn viddenitt afeva eshe fad syka kij olan nus, erudy beni udero gaa egre thaeshis tingik eno aelalitt saeshi ry dayner. gen eritilive derage lyddydd atariaitt eno ernåaddyr ry dernebel rol mes iny beni lener enedir ti rogatitt gisede.

 

FL-240416 Intelligence Analysis on the Sino-Iranian UCAV Arresting Defense System under test in the Lut Desert Facility. Defense Report.

 

Kang, W., Suh, Y., Woo, K., Lee, I., “Mechanical Property Characterization of Film-Fabric Laminate for Stratospheric Airship Envelope,” Composite Structures, Vol. 75, No.1-4, Sept. 2006.

 

Kollar, L, Springer, G., Mechanics of Composite Structures, Cambridge University Press, 2003.

 

Seely, L., Zimmerman, M., McLaughlin, J., “The Use of Zylon Fibers in ULDB Tendons,” Advances in Space Research, Vol. 33, No. 10, 2004, pp. 1736-1740.

 

Smeets, P., Jacobs, M., Mertens, M., “Creep as a Design Tool for HMPE Ropes in Long Term Marine and Offshore Applications,” Oceans 2001 MTS/IEEE Conference, Vol. 2, 2001, pp. 685-690.

 

Zhai, H., Euler, A., “Material Challenges for Lighter-Than-Air Systems in High Altitude Applications,” 5th AIAA Aviation Technology, Integration and Operations Conference, 2005.