A new means of non-photonic electromagnetic propulsion is discussed both theoretically and practically. A history of the problem is carried out pointing out the common pitfalls in the pure experiment line of reasoning adopted by many inventors. We note the problems of all mechanical systems such as rockets and ion engines. All claims of oscillating/pendulating masses claiming free-fall propulsion are hopefully dismissed by a survey of the pitfalls inventors present themselves – we hope that this will form a useful reference at least. Then we look at nascent electromagnetic propulsion ideas - photonic propulsion/light sails. We ask if the large energy requirement for electromagnetic propulsion can be overcome by using other electromagnetic phenomena apart from radiative pressure. The hidden momentum trap is pointed out for ExB devices and a new device is presented and analysed using a well known phenomena that, seemingly doesn’t violate the laws of physics. Finally quantitatively we present an intuitive model using the Electrodynamics formalism to ask how this might be possible and not violate conservation laws that are core to the fabric of space-time we occupy.