A terminal comprising: a control unit configured to receive information indicating a transmission candidate subframe for a sounding reference signal, SRS, used for measuring an uplink reception quality; a repetition unit configured to generate repetition signals by repeating a physical uplink shared channel, PUSCH, over a plurality of subframes; wherein the control unit is configured to set a timing for transmitting the PUSCH repetition signals; and, further comprising: a transmitting unit configured to transmit the PUSCH repetition signals to a base station, and the control unit is configured to puncture the last Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbol in the SRS transmission candidate subframe of the subframes in which the PUSCH repetition signals are transmitted, and wherein frequency hopping is performed on the PUSCH repetition signals every X number of consecutive subframes, X being equal to or less than a frequency hopping period of Y subframes, where X≤Y, and characterized in that the timing for transmitting the generated PUSCH repetition signals is set such that the first subframe of the X consecutive subframes is set in the subframe that is next to the SRS transmission candidate subframe and that is other than the SRS transmission candidate subframe. a control unit configured to receive information indicating a transmission candidate subframe for a sounding reference signal, SRS, used for measuring an uplink reception quality; a repetition unit configured to generate repetition signals by repeating a physical uplink shared channel, PUSCH, over a plurality of subframes; wherein the control unit is configured to set a timing for transmitting the PUSCH repetition signals; and, further comprising: a transmitting unit configured to transmit the PUSCH repetition signals to a base station, and the control unit is configured to puncture the last Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbol in the SRS transmission candidate subframe of the subframes in which the PUSCH repetition signals are transmitted, and wherein frequency hopping is performed on the PUSCH repetition signals every X number of consecutive subframes, X being equal to or less than a frequency hopping period of Y subframes, where X≤Y, and characterized in that the timing for transmitting the generated PUSCH repetition signals is set such that the first subframe of the X consecutive subframes is set in the subframe that is next to the SRS transmission candidate subframe and that is other than the SRS transmission candidate subframe. a transmitting unit configured to transmit the PUSCH repetition signals to a base station, and the control unit is configured to puncture the last Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbol in the SRS transmission candidate subframe of the subframes in which the PUSCH repetition signals are transmitted, and wherein frequency hopping is performed on the PUSCH repetition signals every X number of consecutive subframes, X being equal to or less than a frequency hopping period of Y subframes, where X≤Y, and characterized in that the timing for transmitting the generated PUSCH repetition signals is set such that the first subframe of the X consecutive subframes is set in the subframe that is next to the SRS transmission candidate subframe and that is other than the SRS transmission candidate subframe.