GOODSMANN 18V Li-ion Battery Cordless Drill/Driver Electric Drill Screwdriver with 2200 mAh Battery, 2-Speeds 1400RPM 19+1 Position Keyless Clutch with LED Light, Compact Drill Driver Kit 9923-1013-01

<p>The Goodsmann 18-Volt Lithium-Ion Cordless Drill Kit is an ideal drilling and driving solution for its users. The idling speed is 0-400/0-1400 rpm. The light weight 18-volt cordless compact Drill Driver allows for more efficiency and causes less fatigue during tough impact drilling or screw driving applications. The design gives you a comfortable handle when working, and the built-in LED light provides optimal illumination in dark working areas. Designed with power, performance and flexibility in mind, this electric cordless drill is great for building a shed, drilling holes, and tightening or loosening screws found in metal, wood and plastic. With its lightweight design, this drill can easily be operated. The compact design is for easy carry and storage, and handle design gives you comfort grip and reduces hand fatigue. This drill-driver is the main power tool to have in your collection. It is a necessity for most construction or renovation projects. For anything from simple repairs to complicated assembly or construction projects.</p>

• More Efficient Work: The LED lamp can be used in poor lighting conditions to illuminate the area where you want to drill and work. The LED lamp will be lit automatically as soon as you press the ON/OFF switch
• Lightweight: The drill/driver features lightweight, compact, and durable design, making it the perfect tool for drilling
• Torque and Speed: The handle design gives you a comfortable grip and minimize fatigue for most daily tasks
• Fast Charging: Never have a long wait to finish where you left off. Lithium-ion battery recharges in 1–2 hours with use of the included power adapter
• High Quality: The Goodsmann drill kit is great for a variety of indoor and outdoor projects. With its lithium-ion battery, powerful high-performance motor that improves user comfort, especially when working in tight spaces over long time periods