The invention provides a sheet metal electronic pedal, and the pedal comprises a pedestal rack, an angle adjustment rack, a pedal plate, a long shaft sleeve, a short shaft sleeve, a shaft, a check ring, a rubber base plate, a pin bearing sleeve, left torsion spring, a right torsion spring, a cable, and an electric connector. The pedal has a tilt angle adjustment function, and achieves the presetting of the initial tilt angle of the pedestal through the installation of connection screws of a bottom plate frame on the angle adjustment rack and on the pedestal rack in different holes. The angle adjustment rack is provided with a small shaft, and a shift fork is disposed on the pin bearing sleeve in a forked manner, wherein the other end of the shift fork is connected with a potentiometer assembly. The potentiometer assembly is fixed on a tile slab through a rivet via a box frame. When the pedal is driven to operate, the pedal drives the potentiometer to move downwards around a shaft, andthe small shaft is assembled and then fixed. The pin bearing sleeve slides on the small shaft slides in a groove while pulling the shift fork to drive a potentiometer shaft to rotate, thereby achieving the continuous output of the electrical parameters. The pedal is simple and compact in structure, is high in reliability, and is low in cost. The main structure parts are sheet metal parts, so the pedal is suitable for batch production.