  We present a model of leptonic mixing based on two $A_5$ modular symmetries
using the Weinberg operator. The two modular symmetries are broken to the
respective diagonal $A_5$ subgroup. At the effective level, the model behaves
as a model with a single $A_5$ modular flavour symmetry, but with two moduli.
Using both as stabilisers, different residual symmetries are preserved, leading
to golden ratio mixing that is perturbed by a rotation.
