Gearwrench 81765D Combination Wrench 17mm 6-point

Product Description

The GEARWRENCH 81765D is a 17 mm combination wrench built for professional mechanics and tradespeople who need reliable hand-tool performance in tight spaces. The open end and box end share a 15-degree offset angle, which improves clearance when working around obstructions common in engine bays, equipment panels, and structural assemblies. The box end is 6-point, distributing load evenly across fastener flats to reduce rounding risk. At 10.25 inches overall length, it delivers solid leverage without excessive swing arc. The steel construction features a corrosion-resistant polished finish suited for shop and field use.

This wrench is suited for automotive, HVAC mechanical, plumbing rough-in, and general industrial maintenance applications where metric fasteners are standard. The 15-degree offset box end allows access to recessed fasteners that a straight wrench cannot reach without repositioning. At 0.319 inches head thickness, it fits into shallow fastener pockets where thicker profiles would bind. Licensed tradespeople and experienced technicians working on equipment with metric hardware will find this a direct, no-substitution fit for 17 mm fastener work.

Key Features

• 17 mm head size fits standard metric fasteners
• 6-point box end reduces fastener rounding under torque
• 15-degree offset angle improves clearance in confined spaces
• 10.25-inch overall length for balanced reach and leverage
• Corrosion-resistant polished steel finish for durability
• Meets ANSI and ASME standards
• Lifetime replacement warranty

Compatibility

Designed as a standard metric combination wrench for use with 17 mm fasteners across automotive, mechanical, and general trade applications.

Installation Notes

This wrench is a hand tool requiring no installation. Before servicing any equipment, de-energize electrical systems, relieve hydraulic or pneumatic pressure, and follow applicable lockout/tagout procedures. Use the box end on stubborn or corroded fasteners to minimize the risk of rounding. Do not use extensions or pipe on the handle to increase torque beyond designed limits.