Wera 05066668001 Torq-set Bit Size 6 1/4 in Hex 2 in Oal

Product Description

The WERA 05066668001 is a Torq-Set power screwdriver bit designed for use with 1/4 inch hex drive power tools and bit holders. It is sized for No. 6 Torq-Set fasteners, which are commonly found in aerospace, defense, and precision assembly applications where tamper resistance and controlled torque are required. The bit measures 2 inches in overall length and is sold as a 4-piece set. It is intended for use by licensed technicians and trade professionals who work with Torq-Set fastener systems in demanding service environments.

This bit is suited for professional assembly and service work involving No. 6 Torq-Set fasteners. The 1/4 inch hex shank is compatible with standard power screwdriver chucks, quick-change bit holders, and impact-rated adapters. At 2 inches in overall length, it provides adequate reach for most recessed or flush-mount fastener applications. Typical users include aerospace maintenance technicians, military equipment service personnel, and precision manufacturing assemblers who regularly encounter Torq-Set drive fasteners.

Key Features

• No. 6 Torq-Set specialty point size for controlled-torque fastener applications
• 1/4 inch hex drive shank for use with standard power tool bit holders
• 2 inch overall length suits recessed and flush fastener access
• 4-piece set provides spares for extended service runs
• Designed for power screwdriver use in professional and trade settings

Compatibility

Designed for use with 1/4 inch hex drive power screwdrivers, bit holders, and quick-change adapters. Fits No. 6 Torq-Set fastener heads.

Installation Notes

Install and remove Torq-Set bits with the tool powered down and the drive unplugged or battery removed. Ensure the bit is fully seated in the hex chuck or quick-change holder before applying torque. Torq-Set fasteners require proper point alignment before driving to avoid fastener damage. Follow applicable equipment manufacturer service documentation and torque specifications for the fastener being driven.