AIRCAT 1431-2: 1/2-Inch Impact Wrench with 2-Inch Extended Anvil 1,000 ft-lbs

It's time to modernize your toolkit. The AIRCAT 1431-2 1/2-Inch Impact Wrench with 2-Inch Extended Anvil is designed for passenger car tires and light trucks. Included is a flip socket size 19 mm/21 mm. The hammer mechanism and anvil are made from triple-heat treated Ni-Cr-Mo alloy steel for reliability and durability. The 1431-2 produces 800 ft-lbs of maximum torque at 9000 RPM creating 1,600 impacts per minute for removal of the toughest lug nuts. It also comes with the ergonomic AIRCAT grip for unmatched comfort. The forward/reverse and power management utilizes across bolt mechanism is located on back of tool. This power tool delivers 800 ft-lbs maximum torque and 1,000 ft-lbs of loosening torque. Its hard-hitting twin hammer mechanism delivers maximum power. The grip is ergonomically designed to perfectly fit the hand, providing unmatched comfort for the user. It includes cross bolt forward/reverse and power management control. The triple-heat treated Ni-Cr-Mo alloy steel hammer mechanism parts and anvil provide ultimate reliability. The 2-inch extended anvil is included. It also has a thin wall flip socket (19 mm/21 mm). Specifications: Square Drive (in.): 1/2 x 2 Air Cons. (CFM): 8 Bolt Capacity (in.): 1/2 Air Inlet (in.) NPT/BSP: 1/4 Rec. Hose Size (in.): 3/8 Weight (lbs.): 6.0 Length (in.): 9.2 Free Speed (RPM): 9,000 Impacts Per Minute (IPM): 1,600 Max. Torque (ft-lb): 800 The AIRCAT line represents the most significant advances in the performance of pneumatic power tools in nearly 30 years. Founded in 1998, our air tool line has a substantially reduced level of noise while retaining more power and torque. AIRCAT also incorporates a patented, ergonomically engineered handle design to relieve stress and fatigue on the operator’s hands, wrists, and arms. AIRCAT includes the patented tuned exhaust muffler technology in most tools, which allows discharged air to pass without developing back pressure, thus retaining more power, while significantly reducing noise.