A pneumatic tool comprising: an air motor cylinder, the air motor cylinder defining an interior configured to receive an air motor, the air motor cylinder further defining an inlet configured to receive pressurized air to supply to the air motor; a tool handle coupled to the air motor cylinder, the tool handle defining a source fluid passageway fluidically coupled between the inlet of the air motor cylinder and an air inlet configured to receive pressurized air from a pressurized air source, the source fluid passageway configured to direct a first portion of pressurized air received by the air inlet to the inlet of the air motor cylinder, the tool handle includes an air inlet bushing assembly that controls the flow of air made available from the air inlet to direct the air for forward and reverse operation of the pneumatic tool; an air pressure indicator coupled to the air motor cylinder, the air pressure indicator configured to provide an indication of a dynamic air pressure of the pneumatic tool; and an indicator fluid passageway fluidically coupled between the air pressure indicator and the source fluid passageway, the indicator fluid passageway configured to divert a second portion of pressurized air received by the air inlet to the air pressure indicator, and the indicator fluid passageway includes an indicator intake aperture positioned downstream from the air inlet to divert the second portion of pressurized air during forward and reverse operation of the pneumatic tool; characterised in that the indicator intake aperture is positioned downstream from the air inlet bushing assembly to receive pressurized air flowing through the air inlet bushing assembly in forward or reverse operation configurations and to direct the pressurized air to the air pressure indicator via the indicator fluid passageway. an air motor cylinder, the air motor cylinder defining an interior configured to receive an air motor, the air motor cylinder further defining an inlet configured to receive pressurized air to supply to the air motor; a tool handle coupled to the air motor cylinder, the tool handle defining a source fluid passageway fluidically coupled between the inlet of the air motor cylinder and an air inlet configured to receive pressurized air from a pressurized air source, the source fluid passageway configured to direct a first portion of pressurized air received by the air inlet to the inlet of the air motor cylinder, the tool handle includes an air inlet bushing assembly that controls the flow of air made available from the air inlet to direct the air for forward and reverse operation of the pneumatic tool; an air pressure indicator coupled to the air motor cylinder, the air pressure indicator configured to provide an indication of a dynamic air pressure of the pneumatic tool; and an indicator fluid passageway fluidically coupled between the air pressure indicator and the source fluid passageway, the indicator fluid passageway configured to divert a second portion of pressurized air received by the air inlet to the air pressure indicator, and the indicator fluid passageway includes an indicator intake aperture positioned downstream from the air inlet to divert the second portion of pressurized air during forward and reverse operation of the pneumatic tool;