Editor's Pick Dewalt Dcg413r2 4.5" 20v Angle Grinder Kit W/ Free Dcbp520 20v Max 5ah Battery - Today Only [bEALC7JO]

DeWalt DCG413R2 4.5" 20V Angle Grinder Kit

The DeWalt DCG413R2 4.5" 20V Angle Grinder Kit is a powerful and versatile tool designed for a variety of grinding applications. This kit includes all the essential components for a seamless and efficient grinding experience. With its brushless motor, the grinder delivers exceptional performance and durability, ensuring a longer tool life. The kit comes with a FREE DCBP520 20V Max 5Ah Battery, providing ample runtime for your projects.

• Brushless motor requires no brush changes, extending the motor life.
• Kickback Brake engages automatically in pinch, stall, or bind-up events to quickly stop the wheel and reduce kickback.

Key Features and Specifications

The DeWalt DCG413R2 boasts a robust set of features and specifications that make it a standout choice for professional and DIY users. The brushless motor delivers 850 W of maximum power output, while the 20V Max system ensures compatibility with other DeWalt PowerStack batteries. The grinder weighs just 3.75 lbs, making it easy to handle and maneuver. Its 4.5" wheel diameter provides ample cutting power for a wide range of materials.

• Max Watts out: 850 W
• System: 20V Max*
• Tool Weight: 3.75 lbs

Practical Applications and Benefits

The DeWalt DCG413R2 is an invaluable tool for a wide range of applications, from metal cutting to tile removal. Its quick stopping capability, thanks to the Kickback Brake, provides an added layer of safety. The two-stage trigger requires two actions to activate the tool, reducing the risk of accidental activation. With the E-Switch Protection™ feature, you can rest assured that your tool is safe during power outages or unexpected shutdowns. This angle grinder is perfect for professionals and DIY enthusiasts looking for a reliable and efficient tool that will get the job done right.

• Quick stopping capability with Kickback Brake for safety.
• Two-stage trigger reduces the risk of accidental activation.