Carbon paper was applied as an electrode material for flexible electrodes fabrication. Furthermore, this electrode was coated with polypyrrole film imprinted with MTZ. The observed current dropped only by 12-14%. The modified electrode responded in DPV experiments with respect to MTZ in concentration range in 0.2 nM up to 200 nM. Changes of DPV current were fitted to Langmuir-Freundlich isotherm. Moreover, these changes were well described by linear equation with respect to the logarithm of MTZ concentration. Durability of this electrode was tested and even after 100-times bending response of the electrode was only slightly affected. Fabricated chemosensor was applied for MTZ determination in spiked samples of honey for sensor validation. The matrix effect was substantial, however, sensor response to MTZ in honey was still linear in logarithm scale. Therefore, sensor will require separate calibration for samples of different type. These flexible electrodes in the field applications will be more convenient than using traditional costly disk electrodes. Screen-printed electrode already got popular because of similar features; however, they lack flexibility. Importantly, estimated price of materials used for one carbon electrode fabrication is less than ~0.20 USD. These are important parameters if we target mass production.