When it comes to performance vehicles, the clutch is a critical component that affects not only drivability, but also how efficiently your vehicle transfers power to the wheels. The Hays Kevlar Clutch and Pressure HP 5552-1 has been a topic of discussion among enthusiasts, especially those looking for a balance between durability, performance, and off-road ability. In this article, I’ll share a detailed review of this clutch, break down its key features, and even include my own experience using it. If you are considering upgrading your clutch, this guide is intended to help you understand if a Hays Kevlar clutch is the right choice for you.
What is the Hays Kevlar Clutch And Pressurehp 5552-1?
Hays Kevlar Clutch and Pressure HP 5552-1 is a high performance clutch system designed specifically for vehicles that require improved stability and performance in high torque situations. This particular clutch system is built with Kevlar friction material, which provides heat resistance and longer life than organic or ceramic clutches.
Key Features of the Hays Kevlar Clutch And Pressurehp 5552-1
- Kevlar Friction Material: The clutch disc is lined with Kevlar, a material known for its high heat tolerance, strength, and durability. This makes it ideal for performance vehicles or those that are frequently subjected to heavy-duty use.
- Increased Durability: Kevlar clutches tend to last longer than conventional organic clutches, especially under aggressive driving conditions. This results in fewer clutch replacements over time, making it a cost-effective choice in the long run.
- Improved Engagement: The Hays Kevlar clutch offers smoother engagement, which is especially important in street driving. It doesn’t have the harsh engagement characteristics of some ceramic clutches, making it more suitable for daily use.
- High Torque Capacity: This clutch is designed to handle high levels of torque without slipping, making it suitable for performance vehicles with upgraded engines or turbocharged systems.
- Balanced Performance: The clutch system is designed to offer a balance between street driving comfort and track-ready performance. You can expect it to handle spirited driving, without compromising drivability.
My Personal Experience with the Hays Kevlar Clutch
After upgrading my car’s engine, I noticed that my stock clutch no longer held. I needed something that could handle the increased torque but still allow for smooth daily driving. Then I started looking for high performance clutches and found the Hays Kevlar Clutch and Pressure HP 5552-1.
Installation and First Impressions:
The installation process went smoothly, and the clutch fit my car perfectly. At first, I was concerned that the engagement might be too aggressive for city driving, but to my surprise, the engagement was very smooth. It took some getting used to, but once broken in, performance was consistent and reliable. Unlike my old clutch, which showed noticeable wear after only a few months of heavy driving, this clutch showed no signs of wear after extensive use.
Driving Performance:
One of the things I appreciated most was how well this clutch handled high torque situations. Whether I was pushing my car down the track or driving through stop-and-go traffic, clutch engagement was predictable and smooth. Despite hard acceleration, I never experienced slipping, which was a common problem with my stock clutch.
Longevity and Durability:
After several months of use, including long road trips and track days, I can confidently say that the Hayes Kevlar clutch lives up to its reputation for durability. The clutch still feels strong, and its performance has changed minimally. While I haven’t put it through extreme racing conditions, for street driving and occasional track use, it’s been a fantastic upgrade.
Understanding Kevlar Clutch Materials
Kevlar is widely known for its use in bulletproof vests, but its application in clutch systems is equally impressive. The unique properties of Kevlar make it a preferred material for high-performance clutches. Here’s why Kevlar works so well in this context:
- Heat Resistance: Kevlar can withstand higher temperatures than traditional organic materials, which is essential in performance driving where clutches tend to heat up quickly.
- Less Wear: Compared to ceramic or organic clutches, Kevlar discs tend to wear more slowly. This makes them more cost-effective over the long term, as they require less frequent replacement.
- Smoother Engagement: While ceramic clutches often have harsh engagement characteristics, Kevlar offers a smoother transition, which makes it more forgiving for street driving.
Why Choose the Hays Kevlar Clutch?
Choosing the right clutch depends on your driving style, vehicle characteristics and performance expectations. The Hays Kevlar Clutch And Pressurehp 5552-1 is a great option for those who need a durable and reliable clutch that can handle high torque without sacrificing drivability.
Benefits of the Hays Kevlar Clutch:
- Street and Track Performance: Unlike some high-performance clutches that are too aggressive for street use, this clutch provides the perfect balance between performance and comfort.
- Cost-Effective: While it may have a higher upfront cost than organic clutches, the longevity of the Hays Kevlar clutch means you’ll save money over time by not having to replace it as often.
- Reliable Under High Torque: If your vehicle produces high levels of torque, you need a clutch that can handle the load. The Hays Kevlar clutch is designed for these conditions, reducing the risk of slipping or clutch failure.
- Smoother Operation: The Kevlar material ensures smooth engagement, which is critical for those who use their vehicle for both daily driving and occasional spirited driving.
Technical Specifications
Here’s a breakdown of the Hays Kevlar Clutch And Pressurehp 5552-1 specifications for those interested in the technical details:
| Specification | Details |
| Clutch Disc Material | Kevlar |
| Torque Capacity | High torque capacity (specific values vary) |
| Usage | Street and occasional track use |
| Durability | High heat resistance and long-lasting wear |
| Fitment | Compatible with a variety of vehicle models |
Conclusion
The Hays Kevlar Clutch And Pressurehp 5552-1 is a solid choice for anyone looking to upgrade their vehicle’s clutch system. With its durable Kevlar material, high torque capacity, and smooth engagement, it provides an excellent balance between performance and everyday drivability. From my own experience, this clutch has significantly improved my vehicle’s performance without sacrificing comfort on the road. Whether you’re a daily driver or a performance enthusiast, the Hays Kevlar clutch is worth considering for your next upgrade.
With its robust build quality and long-lasting durability, the Hays Kevlar Clutch is an investment that pays off in both performance and reliability.
FAQs about the Hays Kevlar Clutch And Pressurehp 5552-1
What makes the Hays Kevlar clutch different from other clutches?
The key difference is the use of Kevlar in the clutch disc material, which offers better heat resistance and durability compared to traditional organic clutches. This makes it ideal for vehicles with high torque requirements.
Is the Hays Kevlar Clutch suitable for daily driving?
Yes, despite its performance capabilities, the Kevlar clutch is designed for smooth engagement, making it suitable for daily use as well as occasional spirited driving or track days.
How long does the Hays Kevlar clutch last?
The longevity of the clutch depends on your driving habits, but Kevlar clutches are known to last longer than organic clutches, particularly under demanding conditions.
Do I need to break in the Hays Kevlar clutch?
Yes, like most performance clutches, it is recommended to follow the break-in period, which typically involves several hundred miles of normal driving before pushing the clutch to its limits.
Can I install the Hays Kevlar clutch myself?
If you are experienced with automotive repairs, you may be able to install it yourself. However, if you’re unsure, it’s always best to have a professional mechanic perform the installation to ensure proper fitment and performance.
