23.8 lb. Demolition Hammer with AVT (SDS Max)

23.8 lb. Demolition Hammer with AVT (SDS Max)

The Makita 23 lb. AVT Demolition Hammer has a powerful 14 AMP motor that delivers 18.8 ft.lbs. of impact energy to handle the most demanding applications. It weighs 23.8 lbs.

The demolition hammer features Anti-Vibration Technology (AVT®) and vibration-absorbing rear handle to further reduce vibration. Constant speed control that automatically applies additional power to the motor to maintain speed under load to complete challenging jobs and a variable speed control dial enables users to match speed to the application.

The HM1213C has a “soft no-load” function automatically reduces the speed of the motor when not in use which helps increase tool life and performance. The Makita Motor is 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

Other features include an L.E.D. power light to indicate switch failure or cord damage and an L.E.D service light that notifies the user that the brushes need to be replaced. An automatic brush cut-off protects the commutator from damage for longer tool life. The 12 bit angle settings allows the bit to be set a different positions for operator comfort.

Anti-Vibration Technology (AVT®) is a counterbalance system inside the tool that significantly reduces vibration. The AVT counterbalance design is based on seismic engineering, which developed this damping science to absorb shocks and protect buildings from earthquakes. AVT uses a mechanical damper, effectively a counterbalance weight inside the tool, that provides an equal and opposite force that puts a mass directly opposite the point where the striker bolt delivers the impact. As vibration is eliminated, power is efficiently increased which allows more of the generated energy in the motor to be delivered to the tool bit. For users, AVT means significantly less vibration with no compromise in power and performance.