We consider the weighted Radon transforms $R_W$ along hyperplanes in $R^d , \, d ≥ 3$, with strictly positive weights $W = W (x, \theta), \, x \in R^d, \, \theta \in S^{d−1}$. We construct an example of such a transform with non-trivial kernel in the space of infinitely smooth compactly supported functions. In addition, the related weight $W$ is infinitely smooth almost everywhere and is bounded. Our construction is based on the famous example of non-uniqueness of J. Boman (1993) for the weighted Radon transforms in $R^2$ and on a recent result of F. Goncharov and R. Novikov (2016).