  We study the cover time of random walk on dynamical percolation on the torus
$\mathbb{Z}_n^d$ in the subcritical regime. In this model, introduced by Peres,
Stauffer and Steif, each edge updates at rate $\mu$ to open with probability
$p$ and closed with probability $1-p$. The random walk jumps along each open
edge with rate $1/(2d)$. We prove matching (up to constants) lower and upper
bounds for the cover time, which is the first time that the random walk has
visited all vertices at least once. Along the way, we also obtain a lower bound
on the hitting time of an arbitrary vertex starting from stationarity,
improving on the maximum hitting time bounds by Peres, Stauffer and Steif.
