🔌 ENVENTOR Electric Brushless Cordless Drilling Solution Review

【Efficient Brushless Motor & High-Performance】 Why choose us? Our drill adopts a brushless motor, brushless is totally better than brushed. For brushless motors no need to change the carbon brushes, which are more durable. Moreover, no sparks are generated during use. It's safer and has no noise, which is more comfortable to use. Enventor brushless motors deliver 400 in-lbs torque stably. This brushless drill driver delivers up to more runtime over brushed, is high-performance, more durable. 【19+1 Clutch & 400 In-lbs Max Torque】 Enventor 20V Cordless Drill Driver, delivering 400 in-Lbs (45N.M) of max torque, features 19+1 torque position clutch, which provides more precision of torque adjustment as needed. This electric torque drill makes your home DIY work more convenient and faster. 【3/8 Keyless Chuck & Forward/Reserve Control】 This power drill is pretty easy and straightforward, enabling easy one-hand changing bits. The drill driver has a large 3/8’’(10mm) keyless chuck which provides an automatic spindle lock that enables one-hand changing with advanced accessory compatibility. The Forward/Reverse switch allows you to either screw or replaces/remove bits for your purposes as well as lock the power drill set. 【Variable Speed Trigger & 2 Drill Modes】 Enventor power drill with 2-Speed Control to match drilling and driving needs. 0-400 RPM is used for drilling wood, plastic, and metal. 0-1300 RPM is suitable For drilling metal. Variable Speed Trigger provides precise control, and the most favorable force for drilling into wood, plastics, and metal. 【20V Max battery & Ergonomic Design】 The electric drill is equipped with LED lights, which can be used normally even in a dark working environment. Compact and lightweight design with superior motor minimizes fatigue in most daily screwing and drilling tasks. The cordless driver comes with a 2.0AH lithium-Ion battery and a charger for extended run time; an Indicator on the front of the battery to display how much power is left for less downtime on the job.