The Makita 17 lb. AVT® Demolition Hammer delivers compact power with less vibration and a range of performance features for chipping and demolition applications. The HM1111C is powered by a 14 AMP motor with 12.7 ft.lbs. of impact energy, with Anti-Vibration Technology (AVT®) and a detached rear handle that is engineered to reduce vibration for greater user comfort. Additional features include variable speed control, soft start, constant speed control, and L.E.D. indicators for service and power alerts.
The Makita HM1201 Hex Shank Demolition Hammer is a unique and powerful tool that makes it a great choice for both professional and DIY use. It is durable enough to last for a long time. This demolition hammer features an ergonomic design and offers a firm grip, helping you work with total ease and comfort. It consumes approximately 1130W power to run. The service display of this demolition hammer indicates the carbon brush condition and alerts you if it needs replacement. You can use it for demolishing a particular area of your house.
10KG Demolition Hammer (SDS MAX) High durability and excellent demolition performance. Adapted for SDS-MAX bits. Bit can be set at 12 positions for convenience.
Makita HM1205C SDS-MAX Demolition Hammer is equipped with an SDS-MAX Shank that allows easy bit installation and removal. This Demolition Hammer has a 1510 W motor with an impact energy of 19.1 Joules and an impact rate ranging from 950 – 1900 ipm. It comes with a soft start feature to prevent start-up reaction and to provide better control and improved accuracy.
Tough on concrete, not on you. Makita’s hard-hitting HM1213C 27 lb. Breaker Hammer is equipped with Anti-Vibration Technology (AVT), an exclusive counterbalance system that reduces vibration. The result is more efficient hitting on the concrete and less vibration in the tool – and the tool user.
he 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.