  The triton point charge radius is calculated to next-to-next-to-leading order
(NNLO) in pionless effective field theory ($\mathrm{EFT}(\not{\!\pi})$),
yielding a prediction of $1.14\pm0.19$ fm (leading order), $1.59\pm0.08$ fm
(next-to leading order), and $1.62\pm0.03$ fm (NNLO) in agreement with the
current experimental extraction of $1.5978\pm0.040$ fm [Angeli and Marinova,
At. Data Nucl. Data Tables 99, 69 (2013)]. The error at NNLO is due to cutoff
variation ($\sim$ 1%) within a reasonable range of calculated cutoffs and from
a $\mathrm{EFT}(\not{\!\pi})$ error estimate ($\sim$ 1.5%). In addition new
techniques are introduced to add perturbative corrections to bound and
scattering state calculations for short range effective field theories, but
with a focus on their use in $\mathrm{EFT}(\not{\!\pi})$
