15-Piece Mach-Blue™ Drill & Drive Kit
- Extreme metal- and wood-drilling bits and high-performance driver bits
- DRILL BITS – up to 100X more holes and 8x faster than titanium or black oxide coated drill bits
- DRIVER BITS – up to 70x longer life and 33% stronger than standard impact-rated driver bits
More Details
Spyder Stinger™ Mach-Blue™ high speed steel (HSS) drill bits are high-performance metal and wood drilling bits that provide exceptional quality, durability, drilling performance, and value. The Mach-Blue™ surface treatment and advanced M-series alloy tool steel construction retain sharper cutting edges and reduce heat build-up for increased durability, rigidity, and breakage resistance. Spyder Mach-Blue™ impact-rated driver bits are durable driving bits for demanding high-torque impacting applications. Mach-Blue™ Tough Tip Technology significantly reduces tip wear for reliable fastener driving. IMPACTive™ alloy tool steel torsion zones actively flex to dissipate peak impact forces, reducing fastener recess damage and preventing tip breakage. Spyder Mach-Blue™ Drill and Driver Bits are the pro powered tools that outlast your workday.
- The 15-piece Spyder Mach-Blue™ Impact Drill and Driver Bit Kit features extreme metal drilling bits and Tough Tip Technology driver bits
- DRILL BITS – up to 100X more holes and 8x faster than titanium or black oxide coated drill bits
- DRIVER BITS – up to 70x longer life and 33% stronger than standard impact-rated driver bits
- Optimized 137-degree self-centering split point cutting geometry means Spyder drill bits won’t walk or wander – even on pre-hardened or curved surfaces
- The precision fitting tips of Spyder driver bits are machined for superior strength and fitment – resisting cam-out, twisting and breaking
- Impact-rated 1/4-in speed hex won’t slip in conventional 3-jaw chucks and is ideal for use in quick change impacting power tools
- Slip-resistant, stackable, hard case kit includes:
- (5) drill bits: 3/32, 1/8, 5/32, 3/16, 1/4-in
- (10) 2-in driver bits: T15, T20, T25 (2), SQ1, SQ2, PH1, PH2 (2), PH3
Product Specifications
ITEM #: | 19031 |
PIECES: | 15 in Display Case |
Description: | Hex Shank Drill Bits – 3/32, 1/8, 5/32, 3/16, 1/4″ 2″ Driver Bits – T15, T20, T25[2], SQ1, SQ2, PH1, PH2[2], PH3 |
WarningS
To reduce the risk of injury, read the instruction manual and follow the safety regulations of the power tool you will be using with your Spyder accessory. Use personal protective equipment. Always wear eye protection. Protective equipment such as non-skid safety shoes, protective apparel and hearing protection should be used in appropriate conditions to reduce the risk of personal injury. WARNING: Operating the tool without wearing proper protection may result in serious injury. To reduce the risk of explosion, electric shock, and property damage, always check the work area for hidden gas pipes, electrical wires, and water pipes before drilling and driving fasteners.
Before each use, check that the drill bit is free from damage and excessive wear. Discard drill bit if damage is noticed or suspected as this can cause the bit to shatter or break and can create dangerous flying debris and/or create other unsafe situations that may cause injury. Only drill materials that are listed on the package. Use a drill motor that is equipped with a support handle. Start cutting with a light forward pressure.
Before each use, check that the driver bit is free from damage and excessive wear. Discard bit if damage is noticed or suspected as this can cause the bit to shatter or break and can create dangerous flying debris and/or create other unsafe situations that may cause injury. Use a driver bit of the correct shape and size for your fastener. To prevent slipping and/or stripping of the fastener head, apply ample pressure to the bit and keep it perfectly in-line with the fastener. Do not use to pry or chisel.
WARNING
DRILL BITS ARE NOT TO BE USED IN HAMMER MODE! Only drill in rotary drilling mode. Drilling in hammer mode can cause the drill bit to become damaged/broken and can increase the likelihood of user injury due to dangerous flying debris or other unsafe situations.