OVERVIEW
Maintain precise torque control and prevent stripped fasteners on Japanese-made machinery with this specialty bit set. Crafted from high-grade S2 tool steel and finished with a durable nickel pewter coating, each piece is built for reliable shop or trail use on ATVs and motorcycles. This focused design eliminates the wear caused by mismatched drivers, keeping carburetors, controls, and engine components service-ready.
ENGINEERING & PERFORMANCE
The specialized hex-drive profile engages JIS cross-head screws with exact geometric clearance, eliminating the cam-out that commonly damages factory fasteners. Each bit is forged from premium S2 tool steel and fully hardened to withstand repeated high-torque applications without deforming. The hard nickel pewter finish provides corrosion resistance and extends the service life of the cutting edges. While engineered specifically for JIS standards, the geometry also seats securely in traditional Phillips recesses for mixed-use service scenarios.
KEY FEATURES
- Motion Pro Hex-Drive JIS Bit Size #2
- Sold as a set of two bits
- Forged from high-grade S2 tool steel
- Hardened for maximum durability and long service life
- Hard nickel pewter finish for corrosion resistance
- Precisely machined to prevent cam-out on JIS cross-head screws
- Multi-function design compatible with traditional Phillips fasteners
TECHNICAL SPECIFICATIONS
- Brand: Motion Pro
- Part Name: Hex-Drive JIS #2 Bits
- Tool Type: Specialty Tool
- Material: S2 Tool Steel
FITMENT
• Universal — fits most ATV/UTV/motorcycle applications as specified.
WHY RIDERS CHOOSE THIS
Technicians and riders prefer these bits because they eliminate the frustrating guesswork of selecting a driver that matches Japanese Industrial Standard fasteners. The rigid S2 steel construction delivers consistent leverage while riding deep into screw recesses, which keeps your control cables, carburetor assemblies, and switchgear intact during removal. Shop-ready hardness ensures the tips stay sharper through hundreds of service cycles, making routine maintenance faster and significantly reducing the risk of stripping critical components.