Pulsirajući elektromagnetni motor sa dvostrukim rotorom kod koga se rotacija javlja kao direktna posledica sukcesivnih odbojnih i privlačnih magnetskih sila između elektromagneta na statoru i trajnih magneta na rotoru kada im se magnetska polja nađu u zoni uzajamnog pozitivnog dejstva magnetskih polja, ovo pozitivno međusobno sukcesivno dejstvo elektromagnetskih polja statora prema magnetskim poljima rotora, ostvareno je mehaničkim programskim kolektorom u pulsirajućem elektromagnetnom motoru sa dvostrukim rotorom naznačen time: što stator čine elektromagneti (1) sa obostrano ugrađenim polnim nastavcima (4), na jezgru elektromagneta (1) je namotana tanka izolovana žica u velikom broju navojaka, kroz koju se programski propušta jednosmerna struja, ovako pripremljeni elektromagneti se ugrađuju na kasetiranu ploču statora koja svojim položajem polovi elektromagnete na dva jednaka dela, tako da se polni nastavci (4) elektromagneta (1) nalaze ispod i iznad kasetirane ploče statora (3), ovi elektromagneti su raspoređeni po osnim linijama na međusobnom rastojanju od 45 stepeni i jednakom rastojanju od centra vertikalne osovine (9), ovako ustrojeni elektromagneti su međusobno povezani paralelno, tako što im je jedan kraj priključen na sabirni vod (W) a drugi kraj im je priključen na odgovarajuće klizne kontakte (četkice) (7), preko kojih se programski zatvaraju strujna kola, dvostruki rotor (2) je izrađen od dijamagnetnog materijala u obliku dveju ravnih ploča, čvrsto povezanih sa vertikalnom osovinom (9) jedna iznad druge na jednakom rastojanju od kasetirane ploče statora (3), na unutrašnjim stranama ploča rotora vertikalno su ugrađeni trajni magneti (6) sa pravougaonim namagnetisanjem na najveću površinu i sa trapezastim poprečnim presekom, trajni magneti (6) su čvrsto povezani za rotorsku ploču, raspoređeni su kružno u jednom redu na ivicama rotorskih ploča tako što su svojim bočnim stranama okrenuti jedni prema drugim u pravcu kasetirane ploče statora, osne linije trajnih magneta sa donje i gornje ploče rotora se poklapaju, raspored ovih trajnih magneta po kružnim stranicama rotora je naizmeničan NS, SN te čine uređene parove trajnih magneta na rotoru, trajni magneti u jednom paru stoje na određenom rastojanju jedni od drugih i to međusobno rastojanje definiše prostorni ugao koga stvara vreme trajanja električnog impulsa prema elektromagnetima (1), međusobno rastojanje uređenih parova trajnih magneta određuje prostorni ugao koga stvara vreme trajanja pauze između dva električna impulsa prema elektromagnetima, kružne putanje ustrojenih trajnih magneta (6) na rotorskim pločama (2) se nalaze između polnih nastavaka (4) elektromagneta (1) iznad i ispod kasetirane ploče statora (3), ovako organizovani elektromagnetni motor je smešten u kućištu motora (10).Pulsed double-rotor electromagnetic motor in which rotation occurs as a direct consequence of successive repulsive and attractive magnetic forces between the stator electromagnets and permanent magnets on the rotor when their magnetic fields are in the zone of mutual positive effect of the magnetic fields, this positive mutual successive effect of electromagnetic fields of the stator according to the magnetic fields of the rotor, is realized by a mechanical program collector in a pulsed electromagnetic motor with double rotor, characterized in that the stator consists of electromagnets (1) with two-sided pole attachments (4), a thin insulated wire is wound in the electromagnet core (1) the number of threads through which the direct current is programmatically flowed, the electromagnets thus prepared are mounted on a stator cassette panel which by its position poles the electromagnets into two equal parts so that the pole ends (4) of the solenoid (1) are located below and above the cassette plate stator (3), these electromagnets are arranged along axial lines at a distance of 45 degrees and equal distance from the center of the vertical axis (9), the electromagnets thus arranged are connected in parallel by having one end connected to the collecting line (W) and the other end is connected to the respective sliding contacts (brushes) (7) through which the circuits are programmatically closed, the double rotor (2) is made of diamagnetic material in the form of two flat plates, firmly connected to the vertical axis (9) one above the other at an equal distance from the stator cassette plate (3), permanent magnets (6) are vertically mounted on the inside of the rotor plates with a rectangular magnetization to the largest surface and with a trapezoidal cross section, permanent magnets (6) are firmly connected to the rotor plate. they are arranged in a row in a row at the edges of the rotor plates, with their sides facing each other in the direction k stator plates, axial lines of permanent magnets on the lower and upper rotor plates coincide, arrangement of these permanent magnets on the circular sides of the rotor is alternating NS, SN and make arranged pairs of permanent magnets on the rotor, permanent magnets in one pair stand at a certain distance from each other of others, and this distance defines the spatial angle created by the duration of the electrical impulse to electromagnets (1), the mutual distance of ordered pairs of permanent magnets determines the spatial angle created by the duration of the break between two electric impulses to electromagnets, the circular paths of the permanent magnets arranged (6) to The rotor plates (2) are located between the pole terminals (4) of the solenoid (1) above and below the cassette stator plate (3), the electromagnet arranged in this manner is housed in the motor housing (10).