  We study the non-minimal composite Higgs model with global symmetry
$\text{SO}(7)$ broken to $\text{SO}(5)\times \text{SO}(2)$. The model results
in a composite Two-Higgs doublet model (2HDM) equipped with two extra singlets,
the lightest of which can be a viable dark matter candidate. The model is able
to reproduce the correct dark matter relic density both via the usual thermal
freeze-out and through late time decay of the heavier singlet. In the case of
thermal freeze-out, it is possible to evade current experimental constraints
even with the minimum fine tuning allowed by electroweak precision tests.
