Metabo HPT D10VH2M 7 Amp Variable Speed 3/8 in. Corded Drill Driver with Metal Keyless Chuck Manufacturer Refurbished

Manufacturer Refurbished This Manufacturer Refurbished product is classified as Grade A. It has been refurbished directly by the manufacturer, tested and certified to work and look like new, with minimal to no signs of wear, and is being sold by a specialized third-party seller approved by Target. The product is backed by a minimum 90-day warranty, and may arrive in a generic brown or white box. Accessories may be generic and not directly from the manufacturer. Metabo HPT new D10VH2M is vastly improved over previous models featuring an all-metal keyless chuck for higher durability and better bit holding capability. Equipped with a higher amp motor to improve efficiency, and an added belt hook for convenience, the D10VH2M is the perfect tool for light drilling jobs in metal and wood. Its rubber over-molded handle adds comfort and improves control. The variable speed dial with lock-on is convenient for adapting to the task at hand, and reduces fatigue during continuous use applications. An easy to access forward and reverse button makes backing out a bit quick and easy, and can be operated with one hand. The new D10VH2M is the perfect addition to any tool box. Max torque of 133.7 in-lbs. good for high speed applications Powerful 7-Amp motor, forcible power combines high speed with optimal torque All metal 3/8 in. keyless chuck for greater durability and better bit holding ability Form fit palm grip with rubber over-molded handle designed to comfortably fit in hand for improved control with minimal vibration Variable speed trigger with dial for precise operation Trigger lock-on is convenient for reducing fatigue during continuous use operation Easy to access forward/reverse button makes backing out a bit quick and easy, and can be operated with one hand Lightweight at 3.3 lbs. for greater ease of use and maneuverability Compact tool body designed to fit in tight spaces Belt hook for convenient storage between job locations.