A repeater system comprising: a first master unit (10 1 ) positioned at a first location on a movable object and a second master unit (10 2 ) positioned at a second location on the movable object , the first master unit (10 1 ) and the second master unit (10 2 ) being configured to communicatively couple to antennas (100 1 , 100 2 ) for receiving a downlink RF signal from at least one base station external to the movable object and for transmitting an uplink RF signal towards the at least one base station ; and a plurality of remote units (11 1 -11 X ) each configured to couple through a transport medium to the first master unit (10 1 ) by a first connection and to the second master unit (10 2 ) by a second connection, the plurality of remote units (11 1 -11 X ) being positioned on the movable object and associated with different coverage areas within the movable object , the plurality of remote units (11 1 -11 X ) being configured to couple to antenna systems (110 1 -110 X ) for transmitting the downlink RF signal into associated coverage areas of the movable object and for receiving the uplink RF signal from the coverage areas , a control unit , wherein, for at least a subgroup of the plurality of remote units (11 1 -11 X ), a first gain for the first connection and a second gain for the second connection for each remote unit (11 1 -11 X ) are dynamically adjusted in a time-offset fashion by the control unit to trigger in a time offset manner J Z handovers of mobile devices in coverage areas of different remote units and wherein the handovers are J Z between overlapping cells of adjacent base stations . a first master unit (10 1 ) positioned at a first location on a movable object and a second master unit (10 2 ) positioned at a second location on the movable object , the first master unit (10 1 ) and the second master unit (10 2 ) being configured to communicatively couple to antennas (100 1 , 100 2 ) for receiving a downlink RF signal from at least one base station external to the movable object and for transmitting an uplink RF signal towards the at least one base station ; and a plurality of remote units (11 1 -11 X ) each configured to couple through a transport medium to the first master unit (10 1 ) by a first connection and to the second master unit (10 2 ) by a second connection, the plurality of remote units (11 1 -11 X ) being positioned on the movable object and associated with different coverage areas within the movable object , the plurality of remote units (11 1 -11 X ) being configured to couple to antenna systems (110 1 -110 X ) for transmitting the downlink RF signal into associated coverage areas of the movable object and for receiving the uplink RF signal from the coverage areas , a control unit , wherein, for at least a subgroup of the plurality of remote units (11 1 -11 X ), a first gain for the first connection and a second gain for the second connection for each remote unit (11 1 -11 X ) are dynamically adjusted in a time-offset fashion by the control unit to trigger in a time offset manner J Z handovers of mobile devices in coverage areas of different remote units and wherein the handovers are J Z between overlapping cells of adjacent base stations . <EOS>