BES Products 3/8″ High-Speed Steel Flex Bit with Wire Pulling Hole | 72″

Drill and pull wire in a single operation with the BES Products 3/8″ High-Speed Steel Flex Bit with Wire Pulling Hole | 72″. Designed for professional electricians, low-voltage installers, telecommunications technicians, and security contractors, this extra-long flexible drill bit simplifies cable installation by combining precision drilling with built-in wire retrieval capabilities.

Manufactured from durable high-speed steel (HSS), the bit delivers long-lasting cutting performance through wood framing, studs, joists, ceilings, and wall cavities. The 72-inch flexible shaft provides exceptional reach for accessing difficult installation areas, reducing the need for additional wall openings and minimizing labor during retrofit and new construction projects.

A convenient wire-pulling hole located near the tip allows installers to attach wire or pull string immediately after drilling, eliminating extra steps and improving installation efficiency. Ideal for structured cabling, electrical wiring, fiber optic installations, surveillance systems, access control projects, audio/video systems, and telecommunications infrastructure, this flex bit is an essential tool for professional wire-routing applications.

Key Features:

• 3/8″ high-speed steel flex bit
• Extra-long 72″ flexible shaft for maximum reach
• Integrated wire-pulling hole for faster cable installations
• Durable HSS construction for long service life
• Ideal for drilling through studs, joists, ceilings, floors, and wall cavities
• Simplifies wire pulling by combining drilling and retrieval in one tool
• Perfect for electrical, networking, fiber optic, surveillance, access control, AV, and telecom installations
• Flexible design helps access difficult and confined spaces
• Suitable for residential, commercial, and industrial applications

Reduce installation time and simplify wire routing with the BES Products 3/8″ High-Speed Steel Flex Bit with Wire Pulling Hole—built for professional performance and maximum efficiency.