  High-dimensional (HD) quantum systems possess advantages of larger channel
capacity, stronger noise resilience and higher security against attacks in
quantum communication compared with qubit systems. Here, we experimentally
demonstrate HD quantum steering criterion with $n$ measurement settings in
high-noise environments. We verify the unbounded violation of steering
equalities, revealing a high strength of steering without full-state
tomography. Moreover, our results exhibit that the noise resilience can be
enhanced with both extra dimension and measurement settings. We experimentally
certify 11-dimensional steering with 60.5% isotropic noise, exceeding the upper
bound of 2-setting steering criteria. Our work paves the way for the
certification of HD quantum correlations with high noise in quantum information
processing.
