XtremepowerUS 2800W Demolition Jack Hammer – 1800 BPM, 360° Handle, 2 Chisels, Case

Powerful demolition, precise control, and durable construction

The XtremepowerUS 2800W demolition jack hammer is built for demanding jobs. With a 2800-watt motor and up to 1800 impacts per minute, it can tackle stubborn concrete, masonry, and brickwork while maintaining a steady pace. The tool’s heavy-duty aluminum body provides durability and corrosion resistance, helping you work confidently on tough materials.

Smart cooling keeps you working longer. An efficient cooling system helps manage heat during extended sessions, so you can push through challenging tasks without frequent cooldowns. The motor tends to stay cooler under load, preserving performance and reducing downtime.

• 1-1/8 in hex shank compatibility expands your chiseling options.
• 1800 BPM ensures rapid material removal for faster progress.

The kit includes two essential chisels—flat and point—so you’re ready to start cutting, chiseling, or breaking from day one. It’s well suited to demolition, trenching, chipping, and making holes in concrete, block, brick, and tile, as well as pipeline and drainage prep, foundation work, and interior renovations.

• Included accessories: bull point chisel, flat chisel, protective gloves, protective goggles, hex wrenches, and a carrying case.
• Robust for concrete slabs, masonry work, tile removal, and general demolition projects.

Control where you need it most

The 360° rotary front handle lets you adapt to angled or tight spaces, while a locking button supports continuous operation for long-duration tasks. The included carrying case makes it easy to transport the tool between sites or store it neatly.

Built for durability and professional use

Heavy-duty aluminum construction provides long-term durability and corrosion resistance. This design pairs with a powerful impact energy to empower dependable performance across a range of demolition and construction tasks.

Note: Benefits described reflect the product’s capabilities based on specifications. Actual results may vary with material, technique, and safety considerations.