This　work　is　concerned　with　the　(Formula　presented.)　bumpless　transfer　control　issue　for　switched　positive　delayed　systems　on　finite　horizons.　A　bumpless　transfer　input　scheme　and　a　state-dependent　limited　frequency　switching　scheme,　induced　by　the　transient　control　input　discontinuities　during　controller　switching　and　by　the　frequent　switching　for　multiple　subsystems,　respectively,　are　jointly　introduced.　The　main　advantages　of　the　presented　schemes　are　that　the　amplitude　of　the　control　input　discontinuities　and　the　frequent　switches　are　all　reduced　by　the　dual　design　of　bumpless　transfer　controllers　for　subsystems　and　a　state-dependent　limited　frequency　switching　scheme.　By　utilizing　the　multiple　linear　copositive　Lyapunov　functionals,　sufficient　conditions　are　also　offered　so　as　to　achieve　the　desirable　closed-loop　performances,　including　positivity,　finite-time　boundedness,　bumpless　transfer　property　and　a　prescribed　(Formula　presented.)　-gain　property.　Finally,　a　practical　example　is　borrowed　which　validates　the　proposed　schemes.　©　2024　John　Wiley　&　Sons　Ltd.