fits model: Rm-z250. make: Suzuki. year: 2004–2006.

( Brand: Moose Racing ), ( Manufacturer Part Number: 1045139 ), ( Part Type: Intake Valve Spring )
The Moose Intake Valve-Spring Kit (Part Number: 1045139) is a high-performance upgrade designed specifically for the 2004-2006 Suzuki RM-Z250 models. This kit is an essential component for racers and enthusiasts seeking to enhance the engine performance of their Suzuki RM-Z250.
The Moose Intake Valve-Spring Kit includes a set of high-tensile steel springs, carefully engineered to provide improved valve control and overall engine performance. The springs are designed to increase the engine's rev limit, improve power delivery, and provide smoother throttle response. The kit also includes the necessary retainer and seat components to ensure a seamless installation process.
This Moose kit is made with precision and attention to detail, ensuring a perfect fit for your Suzuki RM-Z250. Each spring is meticulously tested to ensure they meet Moose's stringent quality standards, ensuring you get the best performance possible. The kit is also designed to work with the stock Suzuki valves, making it a cost-effective upgrade for those looking to boost their RM-Z250's performance without having to replace the entire valve train.
In summary, the Moose Intake Valve-Spring Kit (Part Number: 1045139) is a must-have upgrade for any Suzuki RM-Z250 rider seeking to improve their engine performance. With its high-tensile steel springs, precise fit, and proven performance, this kit is the perfect choice for racers and enthusiasts looking to give their RM-Z250 a competitive edge.
Pros of buying a 2004-2006 Moose Intake Valve-Spring Kit (Steel) for Suzuki RM-Z250 (Part Number 1045139):1. Enhanced Performance: The kit is designed to provide better performance, as the upgraded springs allow for a more efficient combustion process, resulting in increased power and torque.
2. Improved Durability: The steel valve springs are known for their durability and resistance to fatigue, which can lead to a longer lifespan for the engine.
3. Suitability for Racing: The kit is specifically designed for racing, making it an excellent choice for those who participate in competitive events.
4. Easy Installation: The kit typically comes with clear installation instructions, making it relatively simple to install for a DIY enthusiast.
Cons of buying a 2004-2006 Moose Intake Valve-Spring Kit (Steel) for Suzuki RM-Z250 (Part Number 1045139):1. Cost: Upgrading to a high-performance kit like this can be expensive, and it may not be within everyone's budget.
2. Potential Engine Noise: The upgraded springs may cause the engine to produce more noise, which could be a concern for those who value quiet operation.
3. Requires Specific Knowledge: While the installation process is relatively simple, it requires a certain level of knowledge about motorcycles and their engines.
4. May Void Warranty: Installing aftermarket parts like this kit may void the original manufacturer's warranty, so it's essential to check the warranty terms before making a purchase.
Conclusion:The 2004-2006 Moose Intake Valve-Spring Kit (Steel) for Suzuki RM-Z250 (Part Number 1045139) can significantly improve the performance and durability of your motorcycle, especially if you're into racing. However, the high cost and potential for increased engine noise are factors to consider. If you're comfortable with the potential downsides and are willing to invest in improved performance, this kit could be a worthwhile investment. If you're unsure or want to avoid voiding the warranty, you might want to consider other options.
Moose intake valve spring kit steel fits Suzuki RM-Z250 stainless conversion includes only whats needed to convert your head the long-life black diamond valves extend life of train and components by as much 4x over oem titanium parts valves are designed not offer best span oem, but also flow perform better than component skit forged one-piece valves, wound chrome-silicon heat-treated wire springs, ultra-light retainers hardened bases components created using finite element analysis.