fits year: 2016.

( Brand: Manley ), ( Manufacturer Part Number: 13083-16 ), ( Part Type: Valve Lock ), ( Seller: Summit Racing Equipment ), ( UPC: 807298064024 )
The Manley 13083-16 Valve Locks are a high-quality set of 16 valve locks designed for use in various applications, particularly in automotive and industrial industries. Each valve lock in this set features a steel construction with a 1-groove design and a 11/32 stem size.
The steel material provides exceptional durability and resistance to wear and tear, ensuring the locks last for an extended period. The 1-groove design allows for a secure and reliable fit on valves, while the 11/32 stem size is a common standard for many types of valves.
These valve locks are essential for applications where it's crucial to prevent unintended valve movement or accidental opening. They can be used in various systems where precise control of fluid or air flow is necessary, including cooling systems, fuel systems, and hydraulic systems.
The set includes a total of 16 valve locks, providing ample flexibility for use in multiple applications. Each lock comes with an easy-to-use hand operate lever that allows for quick actuation and secure engagement. Additionally, the valve locks have a distinct visual indication of their locked position, ensuring operators can easily identify when a valve is secured.
In summary, the Manley 13083-16 Valve Locks are a reliable and robust solution for securing valves in industrial and automotive applications. Their steel construction, 1-groove design, and 11/32 stem size make them a versatile and adaptable option for various systems requiring precise fluid or air flow control. With 16 locks included in the set, users can rest assured that they have a dependable and cost-effective solution to their valve security needs.
a. High-Performance: Manley valve locks are renowned for their exceptional performance. They are engineered to secure the valves in place during high rpm operation, reducing the likelihood of valve float and promoting optimal engine performance.
b. Durability: These valve locks are constructed from high-quality steel, ensuring they can withstand the rigors of high-performance applications. This durability contributes to their longevity and reliability.
c. Easy Installation: Manley 13083-16 valve locks feature a 11/32 stem size, making them a common replacement option for various engines. Moreover, their simple design allows for straightforward installation.
d. Compatibility: These valve locks come with a 1-groove design, making them suitable for Hy-Performance, Competition, and Race applications within engines that accept 11/32 stems.
2. Disadvantages of Manley 13083-16 Valve Locks:a. Price: Manley valve locks are typically more expensive than their OEM counterparts. This price difference may be a significant consideration for budget-conscious consumers.
b. Requires Retapping: For engines that come with a different tapped valve stem size, these valve locks may necessitate a tapping process to enable installation, adding complexity and cost.
3. Conclusion:Manley 13083-16 valve locks are high-performance, durable components designed for racing and high-performance applications. They offer the advantage of securing valves effectively to minimize valve float, ensuring optimal engine performance. However, they may be more expensive than other valve lock options, and some engines may require a tapping process before installation. Ultimately, the decision to purchase Manley 13083-16 valve locks depends on the specific needs, budget, and engine requirements of the user.
Recommendation:If you prioritize high-performance valve locks for your engine and are willing to pay a premium for the added benefits, Manley 13083-16 valve locks could be a solid investment. Alternatively, if you're on a tight budget, you can explore alternative options with similar characteristics, but lower price points, while ensuring compatibility with your engine.
Valve Locks, Machined, Steel, 7 Degree, 1-Groove, 11/32 in. Valve Stem, Set of 32. Please hover mouse to image.