A system (100; 900; 1100) for tracking multiple projectiles, comprising: a first radar device (102; 902, 902') configured to be aimed so that a first field of view (110; 916, 918; 1110) of the first radar device (102; 902, 902') covers at least a portion of a target volume into which projectiles are to be launched from a plurality of launch locations; a second radar device (102'; 902") configured to be aimed so that a second field of view (112; 920; 1120) of the second radar device (102'; 902") covers at least a portion of the target volume including a portion of the target volume outside the first field of view (110; 916, 918; 1110) as well as an overlap portion of the target volume also included in the first field of view_(110; 916, 918; 1110); and a processor receiving data from the first radar device (102; 902, 902') and identifying from the data tracks of a plurality of projectiles, the processor determining for each projectile track identified a launch location from which the projectile was launched and providing to a device associated with the launch location data corresponding to a trajectory of the projectile, wherein, as the projectile moves from one field of view to another, the system (100; 900; 1100) continuously associates tracking data for an initial part of the trajectory from a first one of the radar devices (102, 102'; 902, 902', 902") associated with the corresponding one field of view with tracking data corresponding to a later part of the trajectory from a second one of the radar devices (102, 102'; 902, 902', 902") corresponding to the field of view (110, 112, 118) which the projectile has entered, wherein, for each of a plurality of time frames, the processor receives from the first radar device (102; 902, 902') a radar signal and calculates from this radar signal projectile data including position and speed values for each projectile identified, wherein for each trajectory the processor compares an initial projectile position to known launch locations and, if the initial projectile position matches a known launch location, the processor assigns this launch location to the trajectory, wherein, preferably, when the initial projectile position for a trajectory does not match a known launch location, the processor, based on the trajectory, extrapolates backward in time from the initial projectile position to a launch location for the projectile. a first radar device (102; 902, 902') configured to be aimed so that a first field of view (110; 916, 918; 1110) of the first radar device (102; 902, 902') covers at least a portion of a target volume into which projectiles are to be launched from a plurality of launch locations; a second radar device (102'; 902") configured to be aimed so that a second field of view (112; 920; 1120) of the second radar device (102'; 902") covers at least a portion of the target volume including a portion of the target volume outside the first field of view (110; 916, 918; 1110) as well as an overlap portion of the target volume also included in the first field of view_(110; 916, 918; 1110); and a processor receiving data from the first radar device (102; 902, 902') and identifying from the data tracks of a plurality of projectiles, the processor determining for each projectile track identified a launch location from which the projectile was launched and providing to a device associated with the launch location data corresponding to a trajectory of the projectile, wherein, as the projectile moves from one field of view to another, the system (100; 900; 1100) continuously associates tracking data for an initial part of the trajectory from a first one of the radar devices (102, 102'; 902, 902', 902") associated with the corresponding one field of view with tracking data corresponding to a later part of the trajectory from a second one of the radar devices (102, 102'; 902, 902', 902") corresponding to the field of view (110, 112, 118) which the projectile has entered, wherein, for each of a plurality of time frames, the processor receives from the first radar device (102; 902, 902') a radar signal and calculates from this radar signal projectile data including position and speed values for each projectile identified,