Makita 7.5 Amp 1-3/16 in. Rotary Hammer HR3001CK

About This Product

The 1-3/16" Rotary Hammer (HR3001CK) is engineered with for performance and power. It has a 7.5 AMP motor that delivers 2.6 ft.lbs. of impact energy to handle the most demanding applications.The 3-mode operation offers "rotation only", "hammering with rotation" or "hammering only" for multiple applications. Modes can be easily changed with a recessed hammer-function selector, which is located below the gear housing for improved durability.The L-shaped body design brings the operator closer to the application for increased accuracy. A vibration-absorbing back handle and rubberized soft grip provides increased operator comfort.A torque limiting clutch is engineered to prevent gear damage by automatically disengaging gears if the bit binds. Bit angle settings allow the steel bit to be set at different positions while performing hammer-only applications. This rotary hammer accepts SDS-PLUS bits.

Highlights

Powerful 7.5 AMP motor delivers 2.9 ft.lbs. of impact energy to handle the most demanding applications

Constant speed control automatically applies additional power to the motor to maintain speed under load to complete the most challenging jobs

L-shape body design brings the operator closer to the application for increased accuracy

Vibration-absorbing back handle for operator comfort

Dust extraction capability with optional Makita Dust Attachment

Torque limiting clutch engineered to prevent gear damage by automatically disengaging gears if the bit binds

3-mode operation for "Rotation Only", "Hammering with Rotation" or "Hammering Only"

Ergonomic rubberized soft-grip handle with large multi-finger trigger provide increased comfort on the job

Variable speed trigger enables user to match the speed to the application for greater versatility

Bit angle settings allow the steel bit to be set at different positions while performing hammer only applications

Recessed hammer function selector for improved durability

Extended life brushes for more work between service intervals and less downtime