1/2" 160 Tooth Cobra Series Ratchet - Steelman

Specifications

• Manufacturer: Steelman
• Model Number: 98863
• Drive Size: 1/2 inch
• Tooth Count: 160 teeth
• Arc Swing: 2.25 degrees
• Weight: 3 lbs

Key Features

• 160-Tooth Ratchet Mechanism: Features a high-density 160-tooth gear design, providing exceptionally fine indexing with a minimal 2.25-degree arc swing.
• Micro-Head Body Design: Engineered with a compact head profile to facilitate access in extremely confined areas.
• Dual Opposing Pawl System: Utilizes a dual opposing pawl system that engages 32 teeth simultaneously, ensuring robust strength and reliable contact.
• Ergonomic Handle: Equipped with a dual TPR (Thermoplastic Rubber) and chrome grip that offers comfort and prevents slippage during use.
• Durable Construction: Manufactured from high-strength materials designed to exceed all ANSI torque specifications.

Applications

• Automotive Repair: Ideal for working on engines, transmissions, and chassis components where space is limited.
• Industrial Maintenance: Suitable for precision tasks on machinery and equipment in tight configurations.
• General Mechanical Work: Provides versatility for a wide range of fastening and loosening applications requiring fine control.
• Confined Spaces: Optimized for use in tight or hard-to-reach areas due to its small arc swing and micro-head design.

Benefits

• Enhanced Precision: The 160-tooth count allows for extremely small turns, providing superior control and precision when tightening or loosening fasteners.
• Superior Access: A 2.25-degree arc swing enables efficient operation in constricted spaces where larger ratchets cannot function effectively.
• Reduced Fastener Damage: The fine-tooth engagement minimizes the risk of rounding off fasteners, especially in challenging angles.
• Increased Durability: Built to withstand rigorous use, exceeding ANSI standards for torque, ensuring a long service life for the tool.
• Comfort and Grip: The ergonomic handle design provides a secure, comfortable grip, reducing user fatigue during extended periods of work.