T-Handle Socket Set - Metric - 7-Pc - Motion Pro

The Motion Pro 08-0113 7-piece metric T-Handle Socket Set is engineered for professional technicians and mechanics requiring reliable tools for efficient fastener removal and installation. This set provides essential metric sizes with a robust design, ensuring consistent performance in demanding automotive and industrial environments. The T-handle configuration allows for both rapid spinning and increased leverage, making it a versatile addition to any professional toolkit.

Key Features

• Comprehensive Metric Sizing: Includes 8mm, 10mm, 12mm, 13mm, 14mm, 17mm, and 19mm T-handles to cover common fastener sizes in automotive, motorcycle, and equipment maintenance.
• Deep 6-Point Sockets: Each T-handle features a deep 6-point socket design, providing secure engagement with fasteners to minimize the risk of slipping and rounding, especially on stubborn bolts and nuts.
• Durable Nickel Pewter Finish: Constructed with a durable nickel pewter finish, these tools resist corrosion and wear, maintaining their professional appearance and structural integrity over time.
• Enhanced Leverage and Speed: The ergonomic T-handle design optimizes leverage for breaking loose tight fasteners while also allowing for quick, single-hand rotation for rapid installation and removal.
• Convenient Storage Solution: Comes with a vinyl storage pouch to keep the T-handles organized and protected, facilitating easy transport and access on the job.
• Lifetime Replacement Warranty: Backed by Motion Pro's lifetime replacement warranty, offering assurance of quality and durability for professional use.

Applications

This Motion Pro T-Handle Socket Set is ideal for a range of applications, including general automotive repair, motorcycle maintenance, ATV and UTV servicing, and various light industrial equipment assembly and repair tasks. The specific metric sizes are commonly found on engines, chassis components, and bodywork. Their T-handle design is particularly beneficial for reaching fasteners in confined spaces and for tasks requiring both speed and controlled torque.