Must-have Dewalt Dcn660d1 20v Max 16ga Nailer Kit W/ Free Dcb205 20v Max Battery Pack Deal Alert: 80% Off [hXgtVSAB]

DeWalt DCN660D1 20V MAX Nailer Kit

The DeWalt DCN660D1 20V MAX Nailer Kit is a versatile and powerful tool designed for professional-grade performance. This kit is perfect for finish nail applications, offering precision and speed in your woodworking projects. With its robust features and durable construction, it's no wonder why DeWalt is a trusted name in the industry. Key benefits include: a 20V MAX* XR® 5.0Ah Lithium Ion Battery Pack for extended runtime, a sequential mode for precision placement, and a bump mode for increased production speed.

• High-capacity battery for extended use
• Sequential and bump modes for versatile application

Comprehensive Kit Includes

This DeWalt Nailer Kit comes with all the essential components to get you started. The kit includes the DCB660B 20V Finish Nailer, a DCB205 20V MAX* XR® 5.0Ah Lithium Ion Battery Pack, a DCB112 Charger, and a DCB203 20V 2.0Ah Battery. These high-quality components ensure that you have everything you need to complete your projects efficiently. Additional features include: a tool-free jam release for quick nail jam clearing, multifunctional LED lights for workspace illumination, and an adjustable belt hook for convenience.

• Complete kit with all necessary accessories
• Tool-free features for easy operation

Advanced Features and Specifications

The DeWalt DCN660D1 20V MAX Nailer is equipped with cutting-edge technology to enhance your productivity. It drives 16 gauge finish nails from 1-1/4" to 2-1/2", ensuring compatibility with a wide range of applications. The nailer operates in both sequential and bump modes, providing precision and speed as needed. With up to 800 nails per charge, this tool is designed for long-lasting performance. Key specifications include: a 20V voltage, a fastener length capacity of 1-1/4 to 2-1/2 inches, and a magazine capacity of 110 nails.

• Drives 16 gauge finish nails from 1-1/4" to 2-1/2"
• Operates in sequential and bump modes