Knipex 00 20 72 V01 Mini Pliers Set in Belt Tool Pouch | Compact, Durable Pliers Kit

Compact versatility for on-the-go tasks

The Knipex 00 20 72 V01 Mini Pliers Set brings three essential tools into a single, compact package, neatly housed in a belt tool pouch. Designed for quick access and dependable performance, this kit blends precision, toughness, and thoughtful design to support a range of everyday tasks without weighing you down.

Inside the pouch, you’ll find a mini pliers wrench, standard pliers, and a wrench—each crafted to handle common adjustments with smooth, controlled movement. The inclusion of Knipex Cobra high-tech water pump pliers adds a versatile gripping option, expanding the kit’s potential without adding bulk.

Key features that support your workflow

• Tool bag made of tough polyester fabric with Velcro fastening and belt loop
• Robust and durable construction designed for busy environments
• Content: Mini Pliers Wrench, Pliers, and a Wrench in a single tool; includes Knipex Cobra water pump pliers

What makes it practical

This set is ideal for professionals and DIYers who value organization and readiness. Its compact form fits into tool belts or bags, helping you keep essential pliers within reach during installation, adjustment, or repair work. The belt pouch protects tools while you move between tasks, and the overall design emphasizes ease of use and reliability.

• On-site convenience: everything in one portable kit for fast adjustments
• Space-saving design: three tools plus a belt pouch in a compact footprint

Specifications at a glance

Dimensions of the pouch are listed as 70 mm (width) × 170 mm (height) × 50 mm (depth), with a sturdy belt loop for secure carrying. The bag’s sturdy polyester fabric is designed to resist wear in demanding settings while keeping tools accessible.

Why choose KNIPEX engineering

Known for precision and durability, the Knipex Cobra line complements this mini set with high-tech grip capability. While outcomes depend on how you use each tool, the combination offers potential for efficient, controlled adjustments across a variety of tasks.