  We investigate observational constraints on cosmological parameters combining
15 measurements of the transversal BAO scale (obtained free of any fiducial
cosmology) with Planck-CMB data to explore the parametric space of some
cosmological models. We investigate how much Planck + transversal BAO data can
constraint the minimum $\Lambda$CDM model, and extensions, including neutrinos
mass scale $M_{\nu}$, and the possibility for a dynamical dark energy (DE)
scenario. Assuming the $\Lambda$CDM cosmology, we find $H_0 = 69.23 \pm 0.50$
km s${}^{-1}$ Mpc${}^{-1}$, $M_{\nu} < 0.11$ eV and $r_{\rm drag} = 147.59 \pm
0.26$ Mpc (the sound horizon at drag epoch) from Planck + transversal BAO data.
When assuming a dynamical DE cosmology, we find that the inclusion of the BAO
data can indeed break the degeneracy of the DE free parameters, improving the
constraints on the full parameter space significantly. We note that the model
is compatible with local measurements of $H_0$ and there is no tension on $H_0$
estimates in this dynamical DE context. Also, we discuss constraints and
consequences from a joint analysis with the local $H_0$ measurement from SH0ES.
Finally, we perform a model-independent analysis for the deceleration
parameter, $q(z)$, using only information from transversal BAO data.
