  We report on synthesis and anisotropic physical properties of URhIn$_{5}$.
High quality single crystals were grown in In-flux. The compound undergoes a
second order phase transition into an antiferromagnetic state at
T$_{\textrm{N}}$ = 98 K. The transition is field independent up to 9 T. An
increase of the resistivity $\rho$ with j along the [100], [110] and [001]
tetragonal axis indicates a spin-density-wave induced order with the gap
opening first along the [001] direction. The magnetic susceptibility $\chi$ =
M/H exhibits a strong anisotropy. Above T $=$ 200 K, $\chi$(T) follows
Curie-Weiss law with the effective moment of $\mu_{\textrm{eff}}$ = 3.71
$\mu_{\textrm{B}}/$U and the Weiss temperatures of $\theta_{\textrm{P}}^{[100]}
= -900$ K and $\theta_{\textrm{P}}^{[001]} = -500$ K for H $\parallel$ [100]
and H $\parallel$ [001] respectively. The characteristic Kondo-like temperature
for URhIn$_{5}$ yields T$_{\textrm{K}} =$ 125 K.
