Features and Benefits:

• 50 percent quieter than a standard impact driver
• Smoother driving and 3X less vibration than a standard impact driver
• Up to 3X faster application speed than the previous generation
• FLUID-DRIVE Hydraulic Powertrain reduces metal on metal contact within the tool for quieter operation and a smoother driving experience
• POWERSTATE brushless motor delivers 1000 in-lbs of torque
• REDLINK PLUS provides increased thermal capability and prevents damage to the tool and battery due to overloading or overheating
• Compact size (4.33 Inch) for access in tight spaces
• 3-MODE DRIVE CONTROL provides greater control over speed and power
• Tri-LED lighting for maximum workspace visibility
• Single handed bit insertion
• Includes: (1) 2760-20 1/4 in. Hex Hydraulic Driver, (1) belt clip
• Compatible with all M18 batteries



Our new M18 FUEL SURGE 1/4 Inch Hex Hydraulic Driver has been redesigned from the ground up to significantly increase productivity while maintaining industry-leading reductions in sound and vibration. Optimized for use in occupied spaces and to reduce end user fatigue, the new M18 FUEL SURGE utilizes a redesigned FLUID-DRIVE Hydraulic Powertrain to deliver 50 percent quieter operation with smoother driving and 3X less vibration compared to standard impact drivers. The second-generation Hydraulic Driver leverages a POWERSTATE Brushless Motor to deliver up to 3X faster driving speeds than the previous generation and 1000 in-lbs of torque for added capability. REDLINK PLUS Intelligence features advanced electronics that provide increased thermal capability for more back-to-back applications and protects the tool from damage caused by overheating. Reducing size to improve access, the new tool is 0.7 Inch shorter. The second-generation tool also includes Tri-LED lighting for increased workspace visibility. Continuing to lead in sound and vibration reduction, the second-generation M18 FUEL SURGE 1/4 Inch Hex Hydraulic Driver now delivers greater speed and capability for increased productivity across a variety of applications.