L-shaped hex key YATO YT-05464, Metric, 1 pc, long arm 23.6 cm, short arm 5.7 cm

The L-shaped hex key YATO YT-05464 is a single-piece metric Allen key designed for driving and loosening hexagonal fasteners. It features a long arm of 23.6 cm and a short arm of 5.7 cm, providing both reach and torque in a compact L-shaped form. Manufactured by YATO, the tool is intended for workshop, automotive repair and general assembly tasks where a specific metric size is required.

Advantages

This L-shaped hex key combines extended reach with improved leverage thanks to its long arm, making it easier to access recessed or hard-to-reach fasteners. The short arm provides a compact option for higher-torque turns and quick adjustments. The one-piece construction ensures consistent alignment and durability during repetitive use. The metric sizing eliminates ambiguity when working with metric hex fasteners.

Suitable for

• Automotive maintenance and repair where metric hex bolts or screws are used
• Workshop and machine maintenance tasks requiring extended reach
• Assembly and disassembly of furniture, equipment, and fixtures with metric hex fasteners
• Service tasks in confined spaces where a long-arm hex key improves access

Key specifications

• Tool type: L-shaped hex key (Allen key)
• Unit count: 1 piece
• Arm lengths: long arm 23.6 cm, short arm 5.7 cm
• Drive type: metric hex (Allen) profile
• Construction: single-piece design for rigidity

How to use

Select the L-shaped hex key of the required metric size and insert the appropriate arm into the hex socket of the fastener. Use the long arm to reach recessed screws or to apply higher leverage by holding the short arm; use the short arm for higher-torque turns and tighter spaces. Apply steady, even force to avoid rounding the fastener head. When reversing fasteners, ensure correct engagement of the hex profile before applying torque.

Usage recommendations

Store the hex key in a dry place to prevent corrosion and inspect the tip for wear before use. Use hand force within comfortable limits and avoid impact tools on the hex key to prevent damage. For persistent or seized fasteners, consider appropriate penetrating fluids or heating methods rather than excessive force on the tool.