  In $\mathcal{N}=1$ supersymmetric Yang-Mills theory, regularised on a
space-time lattice, in addition to the breaking by the gluino mass term,
supersymmetry is broken explicitly by the lattice regulator. In addition to the
parameter tuning in the theory, the supersymmetric Ward identities can be used
as a tool to investigate lattice artefacts as well as to check whether
supersymmetry can be recovered in the chiral and continuum limits. In this
paper we present the numerical results of an analysis of the supersymmetric
Ward identities for our available gauge ensembles at different values of the
inverse gauge coupling $\beta$ and of the hopping parameter $\kappa$. The
results clearly indicate that the lattice artefacts vanish in the continuum
limit, confirming the restoration of supersymmetry.
