Until now, several examples of MIP sensors for MTZ were reported (Table , Supplementary materials). They mostly rely on direct electrochemical reduction of MTZ at highly negative potentials . This is because MTZ is electroactive at -0.65 V vs. SCE . Moreover, most of these sensors involved nanoparticles to achieve sensitivity and fabrication was multi-steps . Worth mentioning, also one example of photoelectrochemical biosensor for selective MTZ determination was reported. In that work, decoration of electrode surface with coral-like g-C3N4 enabled to detect MTZ with LOD equal to 5 nM. Reported biosensor responded to MTZ concentration linearly in semilogarithmic scale in 10 nM to 100 µM concentration range. Despite high analytical parameters of this biosensor, its fabrication and operation were quite complicated. These highlights need of designing an inexpensive, sensitive, robust, and easy-to-use sensor for MTZ determination. In this work, we propose to apply hand-made, inexpensive, flexible electrodes based on carbon paper for the fabrication of a selective electrochemical sensor for MTZ determination (Scheme 1a). The carbon paper was modified with imprinted polypyrrole. Carbon fiber coverage with MIP film was confirmed by SEM and IR. Such electrodes will be easy to transport and store. Moreover, they will not break during slight changes in storage conditions. The fabricated sensor selectivity and sensitivity were confirmed by DPV. Therefore, proposed MIP sensor was applied for MTZ determination in samples of honey.