Channellock 87 Rescue Tool 8.88in – Lightweight, Narrow Jaw, Gas Valve Shutoff

In critical moments, you need tools that are dependable and adaptable. The Channellock 87 Rescue Tool is built from high alloy steel and coated to resist rust, helping you stay prepared in varying conditions. Its 8.88-inch form balances reach with handling speed, and the design carries a U.S. patent as a sign of field-tested performance.

Designed for field versatility

The rescue tool remains manageable in your hand, yet robust enough to handle tough tasks. It weighs less than larger models, reducing fatigue during extended use and stores neatly in a bunker pocket for quick access.

• 30% lighter than the 89 Rescue Tool, aiding steady control and fast response.
• Slim jaw profile allows access to narrow spaces where other tools can’t reach.
• Hardened cutting edges maintain sharpness while cutting through soft metal and cables.

Core capabilities at a glance

• Pries windows and doors open to create entry in confined environments.
• Shuts off gas safety valves to help stabilize a scene and reduce risk.
• Loosens hose couplings with a dependable spanner wrench for rapid adjustments.
• Cuts through standard battery cables with clean, efficient power.

In practice, the tool sits as a compact, reliable companion in the kit—ready when urgency calls. Its narrow profile and hardened edges support precision work in tight spots, while the rust-protective coating guards the metal in damp, demanding environments. The 8.88-inch length provides professional-grade capability without becoming cumbersome, helping responders stay nimble while expanding their on-site options.

Everyday care and performance

With regular checks, you’ll maintain peak performance day after day. Wipe and dry after use, store securely, and inspect the edges and jaw alignment for wear. The 87 Rescue Tool is designed to stand up to demanding tasks across incident types.

• Rust-preventive coating extends life in challenging environments.
• Compact form supports quick deployment without sacrificing functionality.