  We examine the sensitivity reaches of several LHC far detectors, such as
FASER2, MATHUSLA, ANUBIS, SND@LHC, and FACET, to five simplified quirk
scenarios. We include the next-to-leading order QCD corrections in our
simulation of quirk events, which enhance the total production rate and
increase the fraction of events in the forward direction for most cases. We
calculate the time scales for the quirk pair to lose energy through radiations
and for the quirk pair annihilation. Our results show that these far detectors
can offer promising probes to the quirk scenario, complementing the searches at
the main detectors. Especially, FACET and FASER2 detectors can surpass the
majority of searches conducted at the LHC main detector, with the exception of
the HSCP search, for the color-neutral quirk $\mathcal{E}$.
