The Kaleshwaram Lift Irrigation Project is a gigantic irrigation project around the Godavari River in the state of Telangana. The aim is to supply this region, which has been extremely short of water for years, with a reliable source of drinking water and water for agricultural purposes. The work to build the holding ponds and the waterways between them has been running since 2018. The essential feature here is compaction of the substructure of the waterways and the dams. It was for precisely this purpose that HAMM compactors were used for part of the project along the Komaravelli Mallana Sagar dam. 34 HAMM compactors achieve top performances Thirty four HAMM machines of the 300 series were in action during construction of the Sri Komaravelli Mallanna Sagar Reservoir, compacting layer upon layer of different construction materials: Soil, murrum soil and black cotton soil. The large number of machines is explained by the scale of the construction project – the reservoir dam is approximately 400 m wide at the base and is still 8 m at the very top. To complete the outer skin of the dam, the compactors had to cope with an incline of approximately 36 per cent, while compacting at the same time. The 311D compactors from HAMM were convincing products in this situation, as their drum drive gives them an impressive ability to climb. HAMM 311D: A reliable powerhouse The engine with a rated output of 74 kW (100 hp) supplies the HAMM 311D with plenty of power to ensure a sustainable, stable amplitude output when compacting such steep slopes. Its static linear load of 30 kg per cm is every bit as impressive as its centrifugal force of 240 kN. This power leads to good compaction performance. HAMM 311D: Outstanding working safety Working with construction machines on a slope exceeding 35 per cent involves potential safety risks including rollover or slipping which may injure machine operators and other workers on the job site. So it was lucky for everyone that the HAMM 311D offers a high level of safety because it can be fully self-locked by braking. This eliminates the phenomenon of slipping on the slope and thus avoids potential safety hazards.