  The stability of the $n=m=1$ alpha-fishbone kinetic-MHD mode on the ITER 15
MA baseline scenario \cite{ITERB} is analyzed using the nonlinear hybrid
Kinetic-MHD code XTOR-K. Quantitative agreement is found between the complex
frequencies $\omega + i\gamma$ computed with the linear model in
\cite{Brochard2018} and XTOR-K's linear simulations. Identical precessional
resonance positions in phase space are also found between the linear model and
XTOR-K. Linear hybrid simulations performed with XTOR-K on the ITER 15 MA
scenario reveal that this configuration is likely to be unstable against the
alpha fishbone mode. The fishbone thresholds for kinetic-MHD equilibria with
flat q profiles with on-axis safety factor just below unity lies between
$\beta_{\alpha,thres}/\beta_{tot} = 6-10\%$, whereas the expected beta ratio on
ITER is $\beta_{\alpha}/\beta_{tot} = 15-20\%$ \cite{ITERB}.
