Realising that current roadway development performance levels were unlikely to sustain new generation high-capacity (15 Mt/a) longwall mines then being planned, the Australian Coal Association Research Program (ACARP) established a Roadway Development Task Group (RDTG) in 2005 to develop a research strategy targeted at improving roadway development performance in Australian longwall mines._x000D_
The initial phase of the project identified a number of factors that differentiated best practice mines from others, and proposed a multi-faceted research strategy encompassing both short- and long-term research initiatives, including: conducting regular benchmarking studies across the industry to identify factors contributing to improved performance and to monitor performance trends, conducting regular industry roadway development operators' workshops to facilitate the transfer of successful roadway development improvement initiatives throughout the industry and facilitate networking between development practitioners, development of alternative skin reinforcement and containment measures that would eliminate the use of steel mesh and enable face support systems to be fully automated, development of automated bolting and mesh handling systems that would enable operators to be removed from the immediate face area, development of a body of knowledge of industry roadway development practice, development of a web-based information management system to capture and transfer emerging developments in roadway development practice and technology, reviewing the Australian civil tunnelling and underground metalliferous mining sectors to identify practices and technologies that could potentially be utilised to improve roadway development performance, and developing a new generation high-capacity mining system capable of +10 metres per operating hour for 20 or more hours per day (CM2010)._x000D_
The paper reports on the progress of the above initiatives and outlines strategies to continue the pursuit for improved roadway development performance.