Power Plus

MAXIMIZE TORQUE STABILITY FOR LARGE-DIAMETER METAL DRILLINGWhen your application demands 13/16" holes in high-tensile materials like stainless stee...

INDUSTRIAL-GRADE BORING WITH REINFORCED THUNDERBOLT DURABILITYThe Milwaukee 48-89-2747 25/32" Silver & Deming bit is engineered for high-torque...

INDUSTRIAL-GRADE PRECISION FOR LARGE-DIAMETER METAL BORINGWhen stepping up to large-diameter holes in stainless steel or cast iron, the mechanical ...

MAXIMUM RIGIDITY FOR LARGE-DIAMETER BORE HOLES The Milwaukee Thunderbolt® Silver & Deming drill bit is engineered for high-performance drillin...

PRECISION PENETRATION AND SUPERIOR CHIP EJECTION IN HIGH-TENSILE METALSThe Milwaukee Thunderbolt® Silver & Deming drill bit is engineered for t...

MAXIMIZE CHIP EJECTION AND TORQUE TRANSFER IN TOUGH ALLOYSEngineered for the high-torque demands of industrial metalworking, the Milwaukee Thunderb...

MAXIMUM CHIP EJECTION AND ANTI-SLIP PRECISION IN HEAVY METAL Engineered for the rigorous demands of high-tensile drilling, the Thunderbolt Silver ...

INDUSTRIAL-GRADE BORE PERFORMANCE IN HIGH-TENSILE ALLOYS Engineered for the rigors of high-tensile drilling, the Milwaukee Thunderbolt Silver &...

MAXIMUM MATERIAL REMOVAL IN HIGH-TENSILE ALLOYSWhen boring through high-tensile materials, stainless steel, or cast iron, the mechanical integrity ...

INDUSTRIAL-GRADE PRECISION FOR HIGH-TORQUE METAL BORINGWhen your project demands a hole diameter that exceeds standard drill bit sets, the Milwauke...

ENGINEERED FOR HIGH-TORQUE DRILLING AND MAXIMUM CORE STRENGTH The Milwaukee Thunderbolt series represents a significant mechanical upgrade over st...

MAXIMUM CORE STRENGTH FOR HIGH-TORQUE DRILLING APPLICATIONSEngineered to solve the common failure point of standard bits, the Milwaukee Thunderbolt...

ENGINEERED FOR EXTREME RIGIDITY AND HIGH-TORQUE LOADSWhen drilling through structural steel or thick timber with a portable drill, the primary fail...

REINFORCED CORE TECHNOLOGY FOR MAXIMUM DRILLING UPTIMEThe Milwaukee 48-89-2735 is engineered to solve the most common failure point in jobsite dril...

MAXIMUM CORE STRENGTH FOR HIGH-TORQUE DRILLING APPLICATIONSThe Milwaukee Thunderbolt Black Oxide series is engineered to solve the primary failure ...

ENGINEERED FOR HIGH-TORQUE LOADS AND MAXIMUM CORE STRENGTHThe Milwaukee Thunderbolt series represents a significant mechanical upgrade over standar...

MAXIMIZED CORE STRENGTH FOR AGGRESSIVE DRILLING APPLICATIONSThe Milwaukee 48-89-2732 13/32" Thunderbolt Black Oxide Drill Bit is engineered to solv...

ENGINEERED FOR MAXIMUM CORE STRENGTH AND CHIP CLEARANCE The Milwaukee Thunderbolt Black Oxide series is specifically engineered to address the pri...

MAXIMIZE DRILLING UPTIME WITH THICKER CORE GEOMETRYWhen pushing a drill bit through thick metal or abrasive materials, the primary failure point is...

REINFORCED CORE TECHNOLOGY FOR HIGH-TORQUE METAL DRILLINGWhen you're pushing through thick-gauge steel or repetitive framing tasks, standard bits o...

REINFORCED CORE TECHNOLOGY FOR UNMATCHED DRILLING RIGIDITY The Milwaukee Thunderbolt Black Oxide series represents a significant advancement in jo...

REINFORCED CORE TECHNOLOGY FOR HIGH-TORQUE DRILLING APPLICATIONSStandard drill bits often fail at the web when subjected to side-load pressure, but...

REINFORCED CORE TECHNOLOGY FOR MAXIMUM SIDE-LOAD DURABILITY Standard twist bits often fail at the core when subjected to the lateral pressures of ...

ENGINEERED STRENGTH FOR HIGH-STRESS DRILLING APPLICATIONSThe mechanical failure of standard jobber bits often stems from side-load stress and heat ...

ENGINEERED FOR MAXIMUM DURABILITY AND CHIP CLEARANCEThe Milwaukee Thunderbolt series represents a significant mechanical upgrade over standard jobb...

REINFORCED CORE GEOMETRY FOR MAXIMUM SIDE-LOAD RESISTANCEWhen high-torque portable drilling meets demanding jobsite materials, standard bits often ...

MAXIMUM CORE STRENGTH FOR HIGH-TORQUE DRILLING APPLICATIONSStandard drill bits often fail under the lateral pressure of professional jobsite use, b...

REINFORCED CORE TECHNOLOGY FOR MAXIMUM RIGIDITY AND DRILLING PRECISIONThe Milwaukee 48-89-2721 is engineered to solve the primary failure point of ...

MAXIMUM CORE STRENGTH FOR AGGRESSIVE DRILLING APPLICATIONSEngineered for the high-torque demands of professional handheld drilling, the Milwaukee T...

ENGINEERED FOR EXTREME DURABILITY IN HIGH-STRESS DRILLINGThe Milwaukee 48-89-2719 isn't just another jobber bit; it is a precision-engineered solut...

MAXIMIZE UPTIME WITH REINFORCED THUNDERBOLT CORE GEOMETRYProfessional-grade drilling requires more than just a sharp edge; it demands a bit that ca...

ENGINEERED FOR MAXIMUM CORE STRENGTH AND CHIP CLEARANCE Professional-grade drilling requires a bit geometry that can withstand the lateral forces ...

ELIMINATE BIT WALKING AND CORE BREAKAGE WITH THUNDERBOLT® TECHNOLOGY Engineered for the high-torque demands of professional-grade portable drills,...

REINFORCED CORE TECHNOLOGY FOR MAXIMUM DURABILITY AND PRECISION The Milwaukee 48-89-2715 is engineered to solve the primary failure point of stand...

ENGINEERED FOR MAXIMUM CORE STRENGTH AND RAPID CHIP CLEARANCE The Milwaukee 48-89-2714 Thunderbolt Black Oxide Drill Bit is engineered to solve th...

ENGINEERED FOR EXTREME DURABILITY AND TORSIONAL STRENGTHStandard jobber bits often fail at the web when subjected to the high-torque demands of mod...

ENGINEERED FOR MAXIMUM CORE STRENGTH AND CHIP EVACUATION The Milwaukee 48-89-2712 is engineered to solve the most common failure point in small-di...

MAXIMUM CORE STRENGTH FOR AGGRESSIVE DRILLING APPLICATIONSThe Milwaukee Thunderbolt Black Oxide Drill Bit is engineered to solve the most common fa...

REINFORCED THUNDERBOLT WEB FOR MAXIMUM BREAKAGE RESISTANCE In high-torque drilling applications, the most common failure point for small-diameter ...

ENGINEERED FOR THERMAL STABILITY IN HARD METAL DRILLING When drilling through stainless steel, cast iron, or high-tensile alloys, heat is the prim...

MAXIMIZED THERMAL RESISTANCE FOR SUSTAINED DRILLING IN HARD METALS When drilling through stainless steel or cast iron, heat is the primary enemy o...

MAXIMUM HEAT RESISTANCE FOR HARD METAL PENETRATION When you're drilling through stainless steel, cast iron, or thick-gauge structural steel, heat ...

MAXIMUM HEAT DISSIPATION FOR STAINLESS AND HARD METAL DRILLINGWhen drilling into stainless steel or high-tensile alloys, heat is the primary enemy ...

ENGINEERED FOR STAINLESS: THE ULTIMATE HARD METAL DRILLING SOLUTIONHeat is the primary cause of bit failure when drilling through high-tensile mate...

MAXIMUM HEAT RESISTANCE FOR STAINLESS STEEL AND HARD ALLOYSProfessional-grade drilling in abrasive materials requires more than just a sharp edge; ...

MAXIMUM HEAT RESISTANCE FOR HARD METAL PENETRATION Engineered for the high-torque demands of stainless steel and cast iron, the Milwaukee COBALT R...

ENGINEERED FOR EXTREME THERMAL RESISTANCE IN HARD METAL DRILLINGThe Milwaukee 48-89-2319 is a precision-engineered 11/32" cobalt drill bit designed...

ENGINEERED FOR EXTREME DURABILITY IN STAINLESS AND HARD METALSThe Milwaukee 21/64" Cobalt RED HELIX™ drill bit is purpose-built for high-heat, high...