15MM 90T 12PT COMPACT STUBBY COMBO RW

Specifications

• Model Number: {86645}
• Manufacturer: GearWrench
• Weight: 0.28 lbs
• Dimensions: 4.646 x 1.142 x 0.5 inches
• Ratcheting Box End: 90-tooth design with a 4° swing arc, allowing precise movement in tight spaces.
• Material: High-durability construction for long-lasting performance.
• Size: 15mm, compact and stubby design for enhanced portability.
• Tooth Count: High-performance 90-tooth mechanism for maximum control.

Key Features

• 90-Tooth Ratcheting System:

  • Offers a fine 4° arc for increased precision in confined areas.
  • Ideal for fastener adjustments when space is limited.

• 12-Point Box End:

  • Provides superior engagement with fasteners, reducing the chance of rounding.
  • Ensures reliability across various applications.

• Compact Stubby Design:

  • Thin head and beam improve accessibility by up to 60% in tight work areas.
  • Lightweight profile at just 0.28 lbs, making it highly portable and easy to use.

• Durable Build:

  • Engineered for demanding environments, ensuring improved longevity and efficiency.

Applications

• Automotive Repair:

  • Perfect for tight engine compartments and hard-to-reach fastener locations.

• Industrial Maintenance:

  • Suitable for machinery adjustments in confined spaces while maintaining grip and efficiency.

• DIY Home Projects:

  • Useful for home improvement tasks requiring precision and access in small spaces.

Benefits

• Improved Precision and Efficiency:

  • The 90-tooth ratcheting mechanism allows quick, seamless adjustments without excessive hand movement.

• Enhanced Accessibility:

  • Thin head and compact design enable easier use in cramped spaces compared to traditional wrenches.

• High Durability:

  • Resilient construction ensures long-term usability, even in demanding environments.

• Time-Saving Design:

  • Minimizes effort and maximizes productivity for both professional and DIY users.

• Comfortable and Reliable Operation:

  • Lightweight and ergonomic structure reduces user fatigue during extended use.