Soils with a high fraction of clay, so called heavy soils, offer high crop yields for farmers, but the problem is the short time range to do tillage respectively seed-bed cultivation. Therefore implements with high draft force requirements providing limited seed-bed quality. A new implement with active tools should be developed, which reduces the traction force up to generating propulsion and do well quality seed-bed cultivation in one transition. This machine unites the process of subsoiling, pre-crushing, deep-compacting and fine-crushing in two active powered working stages with different tools. Therefore, new working tools for each section were developed and tested in field. The generation of propulsion with these new tools was validated by different working results of subsoiling and pre-crushing in dependence of the slip ratio. The tool combination has proven the potential to work effectively for seed-bed cultivation of heavy soils.