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Thetrendingdemandandnecessityoftelecommunication towers it is normal to keep on analyzing theguyed towers with differentmaterials and cross-fragment to getefficient sustainability.This research work incorporates the analysisofan8.6msegmentwithguysasabottomsegmentoftelecommunicationguyedtowermadeupofFiberreinforcedpolymer.Inthisresearch,the examination isperformed for FRPmaterial with 40.6% and 65% fiber volume piece to acquire thecomparative results concerning distortion, stresses and strains.Inthisstudy,theguyedsegmentisanalysedforDarbhangalocation of India that has higher breeze power according to IScode of wind loads 1987 area 3 by using Finite Element Analysison ANSYS workbench. Following carrying out assessment we concludethat the distortion occurred in people, and stresses and strainscan be found in part exclusively in the wake of applying wind load on one faceof a segment upto 8.6m level. The results gained assert thatthe section included FRP with 65% fiber volume segment isdemonstrating possible results when diverged from 40.6% fiber volumefraction.