MCGARD 74039 3/4-16 Prop Lock for Marine and Industrial Applications

Protects Against Costly Propeller Theft In And Out Of The Water; Fits Stern Drives And Outboard Motors: MerCruiser Alpha I/ Bravo I (With X And XR)/ TRS/ Vazer/ OMC Cobra and King Cobra/ Mercury/ Mariner 70 HP And Larger (2 Stroke)/ Mercury 40 HP And Larger (4 Stroke); Optimax 75 HP And Larger/ Verado 135 HP And Larger/ Johnson/ Evinrude 150 HP And Larger (2 Stroke); 3/4 Inch x 16 Thread Size; 1.025 Inch Overall Length; 1-1/16 Inch Hex Size; Naval Brass And Stainless Steel; Includes 1 Lock And 1 Key

The MCGARD 74039 3/4-16 Prop Lock is designed to provide secure and reliable locking for marine and industrial propellers. Built with durability in mind, this prop lock ensures that your propeller remains firmly attached during operation, preventing accidental detachment and enhancing safety. With precise threading and high-quality materials, it offers excellent resistance to corrosion and mechanical stress, making it suitable for demanding environments. Easy to install and remove, this prop lock is an essential component for maintaining optimal propulsion system performance.

Constructed by MCGARD, a trusted name in marine hardware, the 74039 model features a robust design that withstands harsh marine conditions. Its compact size allows for straightforward installation without requiring additional tools or modifications. Whether for routine maintenance or emergency repairs, this prop lock provides peace of mind by securing your propeller effectively. Designed for versatility, it fits a standard 3/4-16 thread size, making it compatible with a wide range of marine propulsion systems.

Features:

• Material: High-strength, corrosion-resistant metal for durability and longevity

• Thread Size: 3/4-16 to fit standard marine propeller shafts

• Design: Secure locking mechanism to prevent accidental dislodgement

• Ease of Installation: Simple to install and remove without special tools

• Application: Suitable for use in marine and industrial propulsion systems