1/2" DRIVE 120XP™ EXTRA LONG HANDLE TEARDROP RATCHET 24"

Key Features

• 120XP Technology: This ratchet features two double-stacked 60-tooth pawls (120 positions), resulting in a 3° swing arc for superior access in tight spaces. The double-stacked pawls engage a 60-tooth gear, exceeding ASME specifications for strength and durability.

• Extra-Long Handle: The 24-inch extra-long handle provides increased leverage and reach, making it ideal for working in hard-to-reach areas.

• Low-Profile Teardrop Head: The compact, low-profile teardrop head design and flush-mounted on/off switch allow for better maneuverability in confined spaces.

• Sealed Head Design: The enclosed head design significantly reduces the risk of dirt and debris infiltration, maintaining optimal performance and extending the ratchet's lifespan.

• Durable Construction: The bright, full-polish chrome finish not only enhances the ratchet's appearance but also provides excellent corrosion resistance and easy cleaning. Clear on/off markings ensure ease of use.

Applications

This 1/2" drive GearWrench 120XP ratchet is perfect for professional mechanics, automotive technicians, and DIY enthusiasts tackling projects requiring access in tight quarters or those needing extra reach. Ideal for use on vehicles, machinery, and other applications where space is limited.

Benefits

• Increased Efficiency: The 3° swing arc and extra-long handle significantly reduce the number of swings required to turn fasteners, improving speed and efficiency.

• Enhanced Access: The low-profile head and long handle allow for work in areas previously inaccessible with standard ratchets.

• Improved Durability: The robust design and sealed head ensure extended service life and reliable performance, even under demanding conditions.

• Reduced Maintenance: The corrosion-resistant finish and dirt-resistant design minimize maintenance requirements and extend the life of the tool.

• Ergonomic Design: The handle and head are designed for comfortable and controlled use, reducing hand fatigue during extended use.