Makita Roto Hammer (40V XGT)
Tax and damage waiver is not included in the price.
- OUTPOWER: Makita-built brushless motor along with 40V max XGT battery combine to deliver the power performance required for heavy-load application
- OUTSMART: Auto-start Wireless System (AWS) utilizes Bluetooth technology for wireless power-on/off communication between tool and dust extractor (AWS Transmitter sold separately)
- OUTLAST: Extreme Protection Technology (XPT) is engineered for improved dust and water resistance for operation in harsh conditions
- Anti-Vibration Technology (AVT) is an internal counterbalance system along with vibration-absorbing handles that work together to reduce vibration
- Active Feedback-Sensing Technology (AFT) electronically turns off the motor if rotation of bit is suddenly forced to stop
- Electric brake allows the tool to be repositioned faster for maximum productivity
- Dust extraction capability with optional Makita Dust Attachment Kit
- Constant speed control automatically applies additional power under load for optimum performance
- Soft start suppresses start-up reaction for improved accuracy
- "Soft no-load" function automatically reduces the speed of the motor when idling to help increase tool life and performance
- Built-in L.E.D. light with an independent on/off switch illuminates the work area
- Variable speed control dial enables the operator to match the speed to the application
- Large Multi-finger power trigger for increased comfort during extended use
- 2-mode operation for "Hammering with Rotation" or "Hammering Only" for increased versatility
- Torque limiting clutch engineered to prevent gear damage by automatically disengaging gears during a bind-up situation
- 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
