Makita 40V Max XGT Brushless Cordless 1 Inch Square Drive D-Handle Impact Wrench with Friction Ring Kit
Model Number: MAKGWT10T
The 40V max XGT® 4-Sp. High-Torque 1" Sq. Drive D-Handle Extended Anvil Impact Wrench kit w/ Friction Ring (GWT10) delivers the power of pneumatic impact wrenches for large diameter bolts. The D-Handle Extended Anvil Impact Wrench features a Makita-built motor that delivers 2,950 ft.lbs. of Nut-Busting Torque and 2,320 ft.lbs. of Fastening Torque and it can out power similar models in heavy load applications. It features up to 47% more nut-busting torque than leading competitor battery powered impact wrench. The GWT10 features 3 forward and 3 reverse Auto-Stop modes for increased efficiency. It also features a 4-speed power selection switch (0-600 / 0-700 / 0-850 / 0-1,200 RPM & 0-1,200 / 0-1,300 / 0-1,500 / 0-1,750 IPM) for a wide range of applications. It has an ultra-smooth variable speed trigger that provides optimum control. It features a full speed mode function that reduces the trigger pull to reach full speed. The D-Handle Extended Anvil Impact Wrench is 22-1/2" long, making it more compact and ideal for balanced handling at max torque. The 6" Extended Anvil gives the users the ability to reach deep well fasteners. It features a rubber joint for battery installation which provides anti-vibration protection by separating the battery from the tool impacts. Convenience features include an L.E.D. light ring that provides superior 360° illumination to help eliminate shadows and illuminate a larger area. The 360° D-Handle is engineered with toolless installation, allowing for the side handle to be positioned quickly and easily for any job. There is also a tethering ring included for strap support and for hanging the tool on equipment. It also features a reinforced gear housing that is engineered for maximum job site durability.
- OUTPOWER: Makita-built motor delivers 2,950 ft.lbs. of Nut-Busting Torque and 2,320 ft.lbs. of Fastening Torque; out powers similar models in heavy load applications
- OUTSMART: 3 forward and 3 reverse Auto-Stop modes for increased efficiency
- OUTLAST: Rubber joint for battery installation provides anti-vibration protection by separating battery and tool impacts
- 4-speed power selection switch (0-600 / 0-700 / 0-850 / 0-1,200 RPM & 0-1,200 / 0-1,300 / 0-1,500 / 0-1,750 IPM) for a wide range of applications
- 22-1/2" long; more compact and ideal for balanced handling at max torque
- 6" Extended Anvil to reach deep well fasteners
- Up to 47% more nut-busting torque than leading competitor battery powered impact wrench
- L.E.D. light ring provides superior 360° illumination to help eliminate shadows and illuminate a larger area
- XPT™ is engineered to provide increased dust and water resistance in harsh job site conditions
- 360° D-Handle toolless installation allows side handle to be positioned quickly and easily for any job
- Tethering ring included for strap support and for hanging tool on equipment
- Full speed mode function reduces trigger pull to reach full speed
- Weighs only 26.8 lbs. with battery for easier handling
- Ultra-smooth variable speed trigger
- Reinforced gear housing engineered for maximum job site durability
- The digital communication within XGT® optimizes performance to provide up to 2X longer sustained power under heavy-load applications
- The digital communication within XGT® actively monitors and protects against overload, over-discharge and overheating
- XGT® Tools and Batteries are designed with a multi-layer contact interface for more constant power delivery to take on high-current demands
- XGT® Batteries feature rigid rails with impact-resistant construction to secure the battery to the tool during high-demand applications
- The XGT® Rapid Charger with dual-fan design circulates air through the battery to cool the battery and circuit board quickly for faster charging
- The XGT® Rapid Charger’s digital display indicates battery charge level (-80%, +80%, 100%)
- The XGT® Rapid Charger’s built-in chip thoroughly communicates during the charging process to control current, voltage, and temperature for more efficient charging