A respiratory protection device consisting of an air handling unit, a headgear unit, connecting air pipes, all working in tandem in order to provide a clean, pathogen free, odour free air flow to the user for breathing. The air handling unit pulls the contaminated air from the external environment through its input filter channel using a powerful 36-watt DC motor based radial blower, the contaminated air is then pulled through set of six filter layers consisting of HEPA14 filter, carbon air filter, pre-filter and a post filter. The air is then pushed into two air flow pipes connecting the air handling unit with the headgear unit using a powerful 36-watt DC motor based radial blower DC motor. The pushed air creates a positive air pressure inside the flow pipes and the headgear unit which is made up of semi-permeable material allowing certain amount of air to pass through while maintaining a positive air pressure inside the headgear unit. The excessive air is lost through the neck area of the headgear unit due to the induced positive air pressure inside the headgear and prevents any backflow of contaminated air in the headgear unit from external environment.