Here, we propose a protocol for a demolition measurement of a transmon qubit that integrates qubit readout with the reset process to minimize qubit idle time. We present a three-staged implementation of this protocol, involving a combined qubit readout and resonator reset scheme that unconditionally resets the resonator at the end of the readout; a leakage removal scheme that can be integrated with the measurement stage; and an unconditional qubit reset. We demonstrate that this protocol could be implemented in 1μs with greater than 95% reset fidelity and a 99% readout fidelity without any hardware overhead beyond those commonly used. This provides at least a tenfold speed-up compared to the passive decay of the qubit, hence significantly increasing the data-acquisition rate.