True or False: The feeding step of both a double action and single action revolver is a two-stage process.

The statement is true because the feeding step in both double action and single action revolvers operates through a two-stage process. In these revolvers, the mechanism involves the pivotal action of the cylinder rotating to align the next cartridge with the barrel while simultaneously allowing space for the spent cartridge to be ejected.

In double action revolvers, this process often occurs when the trigger is pulled, performing the functions of both cocking the hammer and rotating the cylinder in one continuous motion. In single action revolvers, the shooter must manually cock the hammer before each shot, which separately prepares the revolver to fire by rotating the cylinder into alignment with the barrel.

Thus, in both cases, the feeding of the next round relies on these distinct yet interconnected actions, making it a two-stage process. This distinction is crucial for understanding the operation and reliability of the revolver mechanisms during inspections and troubleshooting.