  We assess the status of models in which the Higgs is a composite pseudo-Nambu
Goldstone boson, in the light of the latest 13 TeV Run 2 Higgs data. Drawing
from the extensive Composite Higgs literature, we collect together predictions
for the modified couplings of the Higgs, in particular examining the different
predictions for $\kappa_V$ and $\kappa_F$. Despite the variety and increasing
complexity of models on the market, we point out that many independent models
make identical predictions for these couplings. We then look into further
corrections induced by tree-level effects such as mass-mixing and singlet VEVs.
We then investigate the compatibility of different models with the data,
combining the Run 1 and recent Run 2 LHC data. We obtain a robust limit on the
scale $f$ of 600 GeV, with stronger limits for different choices of fermion
embeddings. We also discuss how a deficit in a Higgs channel could pinpoint the
type of Composite Higgs model responsible for it.
