  The Littlest Higgs model with T-parity is providing an attractive solution to
the fine-tuning problem. This solution is only entirely natural if its
intrinsic symmetry breaking scale f is relatively close to the electroweak
scale. We examine the constraints using the latest results from the 8 TeV run
at the LHC. Both direct searches and Higgs precision physics are taken into
account. The constraints from Higgs couplings are by now competing with
electroweak precision tests and both combined exclude f up to 694 GeV or 560
GeV depending on the implementation of the down-type Yukawa sector. Direct
searches provide robust and complementary limits and constrain f to be larger
than 638 GeV. We show that the Littlest Higgs model parameter space is slowly
driven into the TeV range. Furthermore, we develop a strategy on how to
optimise present supersymmetry searches for the considered model, with the goal
to improve the constraints and yield more stringent limits on f.
