Let
${\rm\Gamma}(n,p)$ denote the binomial model of a random triangular group. We show that there exist constants
$c,C>0$ such that if
$p\leqslant c/n^{2}$, then asymptotically almost surely (a.a.s.)
${\rm\Gamma}(n,p)$ is free, and if
$p\geqslant C\log n/n^{2}$, then a.a.s.
${\rm\Gamma}(n,p)$ has Kazhdan’s property (T). Furthermore, we show that there exist constants
$C^{\prime },c^{\prime }>0$ such that if
$C^{\prime }/n^{2}\leqslant p\leqslant c^{\prime }\log n/n^{2}$, then a.a.s.
${\rm\Gamma}(n,p)$ is neither free nor has Kazhdan’s property (T).