Dewalt XLR Elite Series SDS Max 4 Cutter Hammer Drill Bit

HIGHLIGHTS:

The DeWALT XLR Elite Series SDS Max 4-Cutter Hammer Drill Bit is engineered for extreme durability, precision drilling, and maximum performance in reinforced concrete applications. Designed specifically for use with SDS Max rotary hammers, this professional-grade bit features a solid carbide 4-cutter head that delivers superior hole accuracy while maintaining structural integrity under heavy impact loads.

The advanced 4-flute cutting geometry ensures smooth and efficient drilling through reinforced concrete, even when encountering rebar. Its symmetrical head design improves hole roundness, making it ideal for mechanical anchors, chemical anchors, and structural fastening applications. The full carbide head construction significantly increases resistance to breakage and extends service life in high-demand jobsite conditions.

Equipped with an optimized multi-spiral flute design, the XLR Elite bit enables rapid dust evacuation, reducing heat build-up and improving drilling speed. The hardened steel body enhances impact energy transfer from the rotary hammer to the cutting edge, maximizing productivity in heavy-duty concrete drilling tasks.

Built for contractors, engineers, and construction professionals who require consistent performance, extended lifespan, and reliable rebar cutting capability in demanding applications.

FEATURES:

• Solid Carbide 4-Cutter Head for superior durability and rebar resistance
• SDS Max Shank for secure power transmission and compatibility with SDS Max rotary hammers
• Symmetrical Cutting Geometry delivers accurate, round holes for anchoring applications
• Multi-Spiral Flute Design ensures fast debris removal and reduced heat build-up
• Optimized Impact Energy Transfer for faster penetration in reinforced concrete
• Extended Service Life in heavy-duty structural drilling applications
• Engineered for Reinforced Concrete including rebar cutting capability

Ideal for structural anchoring, mechanical and chemical fastening, infrastructure projects, and heavy concrete drilling where performance and longevity are critical.