We present new results from a fission track (FT) and U-Pb Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) double dating approach on zircon and apatite from the Thuringian Forest, a prominent faultbounded basement high in central Germany, and its southwestern periphery exposing Mesozoic strata. Samples were collected from seven exposures of igneous rocks as well as from lower to upper Permian (Rotliegend) continental red beds and volcanics recovered from a borehole southwest of the Thuringian Forest. U-Pb LA-ICP-MS data on zircons from surface exposures of igneous rocks yielded ages between 330 and 300 Ma, confirming emplacement of granitoids into Upper Proterozoic to Lower Palaeozoic Variscan-deformed country rocks. Apatite FT ages range between 86 and 70 Ma, suggesting rock uplift associated with a well-documented and regionally important phase of NNE–SSW-directed intraplate contraction, resulting in spatially homogeneous removal of ca. 3 km of Upper Palaeozoic to Mesozoic rocks. No change in apatite FT ages was detected across the regional-scale Franconian Fault system at the southwestern margin of the Thuringian Forest. Additionally, apatite FT ages of borehole samples southwest of the Thuringian Forest from depths between 963 and 2,712 m range from 57 to 18 Ma, suggesting post-Late Cretaceous cooling of this peripheral region. Our data hence support recent models of a continued large-scale domal uplift of Central Germany without verifiable or detectable involvement of individual faults.