DeWalt 18V XR Brushless Compact Hammer Drill Driver - DCD796P2-GB
Unleash professional power with the DeWalt DCD796P2-GB, a compact and lightweight 18V XR Li-Ion Hammer Drill Driver featuring advanced Brushless Motor Technology. This tool is engineered for excellent efficiency and performance, delivering up to 70Nm of torque to tackle tough drilling, screwdriving, and hammer drilling applications. Its ultra-compact design allows for use in confined spaces without sacrificing power.
The DCD796P2-GB is built for versatility and control, with a two-speed all-metal transmission for increased runtime and longer tool life. It features 15 adjustable torque positions for consistent screwdriving and a Drill Driver/Hammer feature for multiple applications. An intelligent trigger design allows for total control, while the 3-position super bright LED light with flashlight functionality illuminates your work area for enhanced visibility. This kit includes two powerful 5.0Ah XR Li-Ion battery packs, a multi-voltage charger, and a TSTAK heavy-duty kit box.
Specifications
- Brand: DeWalt
- Model: DCD796P2-GB
- Voltage: 18V XR Li-Ion
- Motor Type: Brushless
- Max Torque (Hard): 70 Nm
- No-Load Speed: 0-550 / 0-2000 RPM
- Impact Rate: 0-9350 / 0-34000 BPM
- Chuck Capacity: 1.5 - 13 mm
- Max. Drilling Capacity: Wood (40mm), Metal (13mm), Masonry (13mm)
Applications
- Hammer drilling in masonry, brick, and concrete.
- High-speed drilling in metal and wood.
- Driving various types of screws for assembly and installation.
- Ideal for electricians, plumbers, fabricators, and general contractors requiring a versatile and compact tool.
As part of the intelligent XR Lithium Ion Series, the DeWalt DCD796P2-GB is designed for efficiency and making applications faster. The combination of a brushless motor, high-capacity 5.0Ah batteries, and a robust all-metal transmission makes it a reliable and powerful choice for any professional job site.
Brushless Motor Technology for excellent efficiency. Ultra compact, lightweight design allows use in confined spaces.