Makita 1-9/16″ SDS MAX Rotary Hammer w/Cord, 10 AMP

The Makita 1-9/16″ Rotary Hammer (model HR4002) has a powerful 10 AMP motor that delivers 2,500 BPM for the most demanding applications. The HR4002 includes a torque limiting clutch that is engineered to prevent gear damage by automatically disengaging gears if the bit binds. The “no hammering when idling” function helps increase tool life, and the soft grip handle provides increased comfort on the job.

  • Description
  • Features

The Makita 1-9/16" Rotary Hammer (model HR4002) has a powerful 10 AMP motor that delivers 2,500 BPM for the most demanding applications. The HR4002 includes a torque limiting clutch that is engineered to prevent gear damage by automatically disengaging gears if the bit binds. The "no hammering when idling" function helps increase tool life, and the soft grip handle provides increased comfort on the job.

POWER : 10 AMP motor for demanding applications
PERFORMANCE : 2-mode operation: “Hammering with Rotation” and “Hammering Only”
COMFORT : Rubberized ergonomic soft grip provides more comfort
DURABILITY : Torque limiting clutch helps prevent gear damage by automatically disengaging gears if the bit binds
INCLUDES : Side handle, depth gauge, grease and case

  • Powerful 10 AMP motor delivers 4.6 ft.lbs. of impact energy to handle the most demanding applications
  • 2-mode operation for "Hammering Only" or "Hammering with Rotation"
  • Torque limiting clutch engineered to prevent gear damage by automatically disengaging gears if the bit binds
  • Rubberized ergonomic soft grip provides more comfort
  • "No hammering when idling" functions helps increase tool life
  • One-touch sliding chuck for quick bit changes
  • 12 bit angle settings allow the bit to be set at different positions for operating convenience
  • Automatic brush cut-off protects commutator from damage for longer tool life
  • 12 bit angle settings allow the bit to be set at different positions for operating convenience
  • Makita Motor Advantage engineered with field core interlocking steel laminations, dual ball bearing armature and more copper commutator bars, increasing energy transfer efficiency for more power and longer tool life