Great for demanding wood splitting, this powerful maul helps you take on tough jobs while reducing muscle fatigue and joint pain. The patented, industry leading IsoCore Shock Control System reduces the punishment your body takes by absorbing up to 2x the strike shock and vibration of wood handles. A dual layer handle captures any lingering vibration. Its forged premium steel head features a splitting face for forcing wood apart and a driving face, for striking with another tool to help drive the wedge. Optimized blade geometry blasts tough logs apart, while an inseparable, riveted head will not slide down or snap off, even when swinging with maximum force. A performance handle design fits comfortably in your hand and features a pronounced handle flare for security. Strategic handle texturing helps improve grip while reducing blisters. This design has been tested to exceed U.S. standards for striking tool durability to withstand the toughest work environments.

• Patented IsoCore Shock Control System transfers 2x less shock and vibration than wood handles, reducing the punishment your body takes
• Optimized blade geometry blasts tough logs apart while the driving face can be struck with another tool to force the wedge
• Inseparable riveted head will not slide down or snap off, even when swinging with maximum force
• Forged, heat-treated steel is finished with a rust-resistant coating
• Driving face can be struck with another tool during splitting to help force the wedge
• Sculpted SoftGrip handle offers a natural fit and features a flare to keep the tool firmly in hand
• Patent pending, strategic handle texturing features large finger dimples for maximum grip and small dimples where the palm rests to prevent blisters
• Insulation sleeve captures initial strike shock before it can reach your hand
• Dual layer handle features a combination of insulating materials to dampen lingering vibration & a steel sleeve to protect against overstrike damage
• Tested to exceed ISO and international standards for striking tool durability