•	Introduction	by A. Blondel To match the ECFA mandate for a prospective study on muon colliders, it is proposed to define a stagedapproach to a machine operating at the energy frontier with significant physics experiments at each stage. First, very high fluxes of neutrino beams would be aimed at. Then, after LHC and possibly a linear collider have provided their first discoveries, a precision muon collider collider such as a Higgs factory would be built. If those two experiments are successful, the feasibility of the large machine would be assessed and decision to build it could be made.
•	Muon Collider	by R. Palmer Download the corresponding EPAC-paper as an introduction. Download the whole Status-Report for a comprehensive up-to-date-information.
•	A Three-Step Scenario	by B. Autin
•	Physics Motives	by J. Ellis The Big Issues The LHC as "Bevatrino" Relative Strengths of e+e- and m+m--colliders Possible Neutrino Physics Higgs Total Widths Effective Cross Sections Higgs Line Shape at Muon Colliders MSSM Higgs Line Shapes at Muon Collider
•	Carrying out Experiments	by A. Blondel
•	Working Groups	Neutrinos, convener: Bruno Autin Precision Muon Colliders (PMC), convener: Alain Blondel Large Muon Collider (LMC), convener: John Ellis