  We analyse the fine-tuning in the Constrained Minimal Supersymmetric Standard
Model (CMSSM) in the light of the present and expected ATLAS and CMS SUSY
searches. Even with 10/fb of data and no discovery of SUSY valid regions might
remain with fine-tuning less than 20. Moreover we investigate the fine-tuning
price of GUT scale Yukawa coupling relations. Considering a 2$\sigma$
constraint for $(g-2)_\mu$ and fine-tuning less than 30 yields an allowed range
of $y_\tau/y_b = [1.31,1.70]$, which points towards the alternative GUT
prediction $y_\tau/y_b = 3/2$. Relaxing the $(g-2)_\mu$ constraint to 5$\sigma$
extends the possible region to [1.02,1.70], allowing for approximate $b-\tau$
Yukawa coupling unification.
