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We report three distinct regions within the A-phase in Fe-doped MnSi, basedon the evolution of magnetoresistance and the Hall effect as a function oforientation of applied field. Fe impurities as pinning centers and crystallineanisotropy are found non-negligible only at the boundary of the A-phase.Electrical transport characteristics unique to the A-phase not only remainrobust, but also indicate a freely rotating skyrmion lattice, decoupled fromunderlying crystal structure or impurity pinning.

Multiple magnetic states within the A-phase determined by field-orientation dependence of Mn0.9Fe0.1Si