Dewalt ATOMIC 20V MAX Die Grinder- 1.7AH DCG420GE1

Complete high-powered applications in tight spaces with the ATOMIC 20V MAX* Die Grinder Kit that delivers optimized maneuverability and up to 445 MWO. This tool is equipped with the DEWALT ANTI-ROTATION System to help maximize control. This feature quickly stops the wheel when a pinch, stall, or bind-up event is sensed, reducing reactionary torque. An ergonomic design allows this tool to access ultra tight spaces. Replace pneumatic die grinders with this cordless solution that delivers untethered performance, productivity, and pneumatic-like power. Features: -Compact design - access hard-to-reach areas with a grinder 45% smaller than Milwaukee m18 die grinder¡. -Easy Wheel Changes - Change wheels quickly with the spindle lock removing the need for multiple wrenches. -Electronic Brake - Help maintain control with the electronic brake designed to stop the wheel in less than 1 second** after the on/off trigger is released. -Ergonomic design - complete applications with a slim, ergonomic design and up to 19% more power than 0.5 hp rated pneumatic die grinders for access into ultra tight spaces without sacrificing power. -Help maximize control - equipped with the DEWALT anti-rotation system. this feature quickly stops the wheel when a pinch, stall, or bind-up event is sensed, reducing reactionary torque. the switch needs to be cycled (turned on and off) to restart the tool. -Forward Exhaust System - Direct air away from the user with an advanced exhaust system that helps prevent overheating. -High Visibility - Help illuminate work surface with bright, onboard LED. -Combat Harsh Environments - Help protect against oils and harmful solvents with a glass-filled nylon tool housing and battery. -TOOL CONECT CHIP READY - Pair the TOOL CONNECT Chip (sold separately) and DEWALT® SITE MANAGER app‡‡ for data on jobsite asset management and tool location. -Where Size Meets Power - ATOMIC power tools are part of the expanding DEWALT® 20V MAX* system, offering size without compromise.