Makita XPH12T 18V LXT Compact Brushless 1/2″ Hammer Driver-Drill Kit (5.0 Ah)

The Makita 18V LXT Lithium-Ion Brushless Cordless 1/2” Hammer Driver-Drill (XPH12T) is an ideal drilling and driving solution for the user who wants more features. The XPH12T combines 530 in.lbs. of max torque with an efficient brushless motor that delivers up 50% more work per charge, increased power and speed, and longer tool life. For the pro user, this means more drilling and driving power, greater productivity, and fewer trips up and down the scaffolding or ladder to get to the battery charger. In driver mode, the adjustable torque settings provide more control for a full range of applications, from large fasteners to smaller, delicate screws. For drilling into masonry, simply switch to the percussive hammer driver-drill setting. It weighs only 4.2 lbs. (with battery) for increased comfort and superior power-to-weight ratio. The kit includes two efficient 18V LXT 5.0 Ah batteries, and each reach a full charge in only 45 minutes for less downtime and increased productivity.

• Variable 2-speed design (0-500 & 0-2,000 RPM) (0-7,500 & 0-30,000 BPM) covers a wide range of drilling, driving and hammer applications
• BL Brushless Motor delivers 530 in.lbs. of Max Torque
• Efficient BL Brushless motor is electronically controlled to optimize battery energy use for up to 50% longer run time per charge
• The BL Brushless Motor eliminates carbon brushes, enabling the BL Motor to run cooler and more efficiently for longer life
• The electronically-controlled BL Brushless Motor efficiently uses energy to match torque and RPM to the changing demands of the application
• Features Extreme Protection Technology (XPT) which is engineered to provide increased dust and water resistance in harsh job site conditions
• Compact and ergonomic design at only 7-1/8″ long
• Weighs only 4.0 lbs. with battery for reduced operator fatigue
• Rubberized soft grip provides increased comfort on the job
• Dual LED lights illuminate the work area
• All metal gear housing for increased job site durability