In the near future, the Future Combat System (FCS) Embedded Training (ET) system will provide Soldiers with stand-alone and distributed collective training that is enabled through embedded training technologies within FCS systems. FCS embedded training will support live, virtual and constructive (LVC) training approaches. Training Support Packages (TSP) for the FCS equipped Unit of Action (UA) will provide all the materials needed for conducting collective training. To support FCS embedded training, the TSP must be a mechanism that will provide commanders with the flexibility to tailor training based upon specific needs of their units. A substantial collective task analysis effort is currently underway to support design of the TSPs that will be implemented in an embedded training environment. This requires a substantial "rethinking" of the traditional collective task analysis process identified in the Army's Systems Approach to Training (SAT). This paper addresses challenges related to conducting a collective task analysis when the end product is embedded training. Particular emphasis is placed on the approach being used to identify task conditions and how this approach will support a commander's ability to tailor training in an embedded training environment. Finally, discussion is provided on how data products from the task analysis are being leveraged to support FCS embedded training system and software engineering teams.