fits model: Yz450fx. make: Yamaha. year: 2017–2019.

( Brand: Tusk ), ( Manufacturer Part Number: TSRC91316YA68X1 ), ( Type: Radiator Cap ), ( Machine Type: Off-road Motorcycle ), ( Pressure Rating: 1.6 Bar ), ( Features: 1.6 Kg/cm2 )
Introducing the Tusk TSRC91316YA68X1 1.6 Bar High Pressure Radiator Cap, specifically designed for Yamaha YZ450FX models from 2017 to 2019. This radiator cap is an essential part of your motorcycle's cooling system, ensuring optimal engine performance and temperature regulation.
The cap boasts a capacity of 1.6 bar, which is higher than the standard radiator cap. This increased pressure capability allows for better cooling efficiency, especially during high-performance riding conditions or prolonged periods of operation in hot environments.
Manufactured from robust materials, this Tusk radiator cap is built to withstand the rigors of off-road riding. It features a durable, reinforced design with a secure, tight seal to prevent coolant loss and maintain consistent engine temperature. The cap is also constructed with a sturdy, impact-resistant body that can withstand potential collisions or falls without compromising its functionality.
The Tusk TSRC91316YA68X1 radiator cap is designed to fit perfectly on Yamaha YZ450FX models from 2017 to 2019. Its OEM-grade engineering and precise fit ensure a seamless integration into your motorcycle's cooling system. This cap is also easy to install, making it a convenient upgrade for riders who prioritize performance and reliability.
In summary, the Tusk TSRC91316YA68X1 1.6 Bar High Pressure Radiator Cap is an essential upgrade for Yamaha YZ450FX riders seeking improved cooling efficiency and durability. Its robust design, secure fit, and high-pressure capability make it a valuable addition to your motorcycle, ensuring top-notch performance and dependability, even in the most challenging off-road conditions.
The Tusk TRS-C91316YA68X1 1.6 bar high pressure radiator cap is specifically designed for Yamaha YZ450FX models from 2017 to 2019. Let's examine the potential pros and cons of purchasing this component.
Pros:1. Designed specifically for Yamaha YZ450FX models: This radiator cap is engineered to fit and function correctly with these motorcycles, ensuring optimal cooling system performance.
2. 1.6 bar pressure rating: This high-pressure rating allows the cooling system to efficiently dissipate heat, especially during high-performance riding.
3. Durable construction: The Tusk radiator cap is constructed of high-quality materials, ensuring longevity and reliability.
4. Easy installation: Installing a new radiator cap is generally a straightforward process, and this Tusk model should be no exception.
Cons:1. Potential for leaks: As with any new part, there is a small risk of leaks upon installation, which could lead to cooling system issues.
2. Cost: While not excessively expensive, this radiator cap may cost more than a stock OEM part, which could be a deterrent for some riders.
3. Availability: Depending on your location, you may need to order this part online, which could lead to a delay in receiving it and getting back on the trails.
In conclusion, the Tusk TRS-C91316YA68X1 1.6 bar high pressure radiator cap for the Yamaha YZ450FX offers several benefits, including improved cooling performance and durability. However, potential drawbacks include the risk of leaks and the cost compared to OEM parts. Ultimately, if you're looking to enhance your motorcycle's cooling system and ensure optimal performance, this Tusk radiator cap could be a worthwhile investment. If you're budget-conscious or prefer the peace of mind that comes with an OEM part, you may want to consider other options.
Perfect for 4-stroke and 2-stroke motorcycles, ATV, UTV The Tusk High Pressure Radiator Cap is the simplest and most inexpensive way to reduce your motorcycle, ATV or UTV from boiling over. Raises the boiling point by 25 degrees when going from a stock 1.1 kg/cm2 15.7 psi radiator cap to Tusk 1.6 22.8. The Tusk High Pressure Radiator cap raises your cooling systems maximum operating pressure and therefore the boiling point of coolant.