Hollow-core　microstructured　fiber(HC-ARF)plays　as　an　ideal　platform　for　lab-on-a-fiber　applications　such　as　nonlinear　frequency　conversion,gas/liquid　detection,high　power　laser　compression,etc.It　helps　to　enhance　the　interaction　between　laser　and　matter.Compared　to　conventional　photonic　bandgap　hollow-core　crystal　fiber(HC-PBGF),HC-ARF　provides　a　broader　transmission　bandwidth,a　higher　damage　threshold　and　even　lower　transmission　attenuation　at　some　wavelength.In　recent　years,several　types　of　HC-ARF　have　been　reported,all　with　node　structures.This　means　a　very　high　bending　loss,which　is　a　critical　limitation　for　the　application　of　HC-ARF.Nodeless　HC-ARF　has　the　advantages　of　simple　structure,low　transmission　loss　and　more　importantly,low　bending　loss.Here,we　report　a　first　high　performance　nodeless　HC-ARF　with　six　capillaries　in　the　core　surround.The　fiber　has　a　outter　diameter　of　175μ　m,a　core　size　of　46μ　m　and　a　pitch　of　26um.It　has　a　smooth　transmission　band　between　1200nm　and　1900nm　and　exhibits　single　mode　guidance.The　bending　loss　measurement　results　shows　a　record　of　0.3dB/m　at　a　bending　radius　of　5cm　at　1550nm.This　beats　the　state-of-art　HC-ARF　of　this　type.