A model railway train for use in a system that transmits at least one perspective view from a model railroad train to video capture and prevents interference from a model railroad engine in the model railroad train, the train comprising: a model railroad engine mechanically coupled to wheels, whereby in use when the wheels are immediately adjacent to and electrically coupled to tracks which are electrically coupled to a power source electrical power flows from the power source though the tracks to the model railroad engine in order to power the model railroad engine along the tracks by turning the wheels; a mechanically connected camera; a power supply circuit; wherein the camera is electrically coupled to the power supply circuit, the power supply circuit comprising: a bridge rectifier in series with a voltage regulator that dissipates excess voltage by increasing amperage output rather than dissipating the electrical power as heat; an output where the output is configured to be electrically coupled to at least one rechargeable battery on the output of the power supply circuit for reserve power supply and to smooth out spikes and gaps to provide a specific direct current output voltage to an intended device, the power supply circuit compensating for spikes and gaps in power supplied to the model railroad engine due to track anomalies; and a battery management circuit configured to switch between providing the electrical power from the power source and providing the electrical power from the at least one rechargeable battery, the battery management circuit further configured to, when the electrical power from the power source is interrupted, switch from the power source to the at least one rechargeable battery to maintain a consistent flow of power to the intended device, wherein the camera is further electrically coupled to the battery management circuit; wherein the camera is configured to be communicatively coupled to the video capture, such that the video capture can display a camera carrier wave that is not distorted by the interference from the model railroad engine, because the power supply circuit compensates for spikes and gaps in power supplied to the model railroad engine due to track anomalies providing a clean power to the camera. a model railroad engine mechanically coupled to wheels, whereby in use when the wheels are immediately adjacent to and electrically coupled to tracks which are electrically coupled to a power source electrical power flows from the power source though the tracks to the model railroad engine in order to power the model railroad engine along the tracks by turning the wheels; a mechanically connected camera; a power supply circuit; wherein the camera is electrically coupled to the power supply circuit, the power supply circuit comprising: a bridge rectifier in series with a voltage regulator that dissipates excess voltage by increasing amperage output rather than dissipating the electrical power as heat; an output where the output is configured to be electrically coupled to at least one rechargeable battery on the output of the power supply circuit for reserve power supply and to smooth out spikes and gaps to provide a specific direct current output voltage to an intended device, the power supply circuit compensating for spikes and gaps in power supplied to the model railroad engine due to track anomalies; and a bridge rectifier in series with a voltage regulator that dissipates excess voltage by increasing amperage output rather than dissipating the electrical power as heat; an output where the output is configured to be electrically coupled to at least one rechargeable battery on the output of the power supply circuit for reserve power supply and to smooth out spikes and gaps to provide a specific direct current output voltage to an intended device, the power supply circuit compensating for spikes and gaps in power supplied to the model railroad engine due to track anomalies; and a battery management circuit configured to switch between providing the electrical power from the power source and providing the electrical power from the at least one rechargeable battery, the battery management circuit further configured to, when the electrical power from the power source is interrupted, switch from the power source to the at least one rechargeable battery to maintain a consistent flow of power to the intended device, wherein the camera is further electrically coupled to the battery management circuit;