Makita 27 lb. AVT Demolition Hammer, accepts SDS-MAX bits, case and 1" Rotary Hammer (HR2475)

Tough on concrete, not on you. Makita’s hard-hitting HM1214C 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. 14 AMP power- the HM1214C with AVT® is engineered to be the most efficient breaker hammer in its class with a 14 AMP motor that provides 950-1,900 BPM and 25.7 joules of impact energy with less vibration. In addition, it has an automatic brush cut-off system that protects the commutator, and a warning indicator lamp for longer tool life. More work, less vibration - the HM1214C is equipped with AVT, Makita's exclusive counterbalance system that reduces vibration for more efficient hitting power. The breaker hammer also has lower noise at just 102 dB. The HM1214C weighs 27.1 lbs., and has a large side handle with an easy-to-operate switch control for better control and comfort. For added convenience, the HM1214C has a 16.4 ft. cord, and accepts the popular SDS-MAX shank for a wide variety of breaker hammer accessories. Versatile design for a range of applications - the HM1214C with AVT® is a hard-hitting breaker hammer for digging, chipping and breaking. Its superior efficiency, versatility and comfort make the HM1214C an ideal breaker hammer for landscapers, pool installers, electricians, plumbers, masons, remodeler, and general contractors seeking a best-in-class industrial quality 27 lb. breaker hammer.

Features

• Powerful 14.0 AMP motor to handle the most demanding applications
• Anti-vibration technology is an internal counterbalance system that greatly reduces vibration and directs more impact energy to the work surface for increased user comfort and greater productivity
• Constant speed control automatically applies additional power to the motor to maintain speed under load to complete the most challenging jobs
• Soft start suppresses start-up reaction for more precision and better accuracy