Advanced rapid air release valve pneumatic tire seater

A method of constructing a pneumatic tire seater for seating a tire on a wheel, the method comprising:

• providing an air tank configured to hold pressurized air in an interior of the air tank;
• affixing a gas valve in unconstrained pneumatic communication with the interior of the air tank, the gas valve being configured with an endcap at a proximal end of the gas valve;
• including a piston as part of the gas valve, the piston being configured to slide back and forth within a cylinder of the gas valve, wherein a distal end of the piston is configured to be seated in a closed position against a portion of the gas valve to prevent the pressurized air from escaping from the air tank;
• forming a control chamber within the cylinder between the endcap of the gas valve and a proximal end of the piston;
• configuring one or more control gas passageways including one or more control gas holes in the piston to provide constrained pneumatic communication between the control chamber and the pressurized air in the air tank;
• and
• providing a flexible sealing component as part of the gas valve, the flexible sealing component being configured to removably seat on a portion of the gas valve in an airtight manner;
• fashioning an O-ring trough around a circumference of the piston;
• wherein the one or more control gas holes pass in an axial direction from the proximal end of the piston to the O-ring trough;
• opening the gas valve to release the pressurized air from the air tank in a burst sufficient to seat the tire on a rim of the wheel;
• wherein a gap between the piston and an interior wall of the cylinder allows some of the pressurized air to bleed past the piston into the control chamber.