Moose Offroad Kawasaki 26-1135 Carburetor Repair Kit with NBR Rubber Components

The Moose Offroad Kawasaki 26-1135 carburetor repair kit is a comprehensive solution designed to restore optimal performance in your motorcycle's fuel system. Crafted with high-quality NBR rubber, all included O-rings and gaskets provide excellent resistance to ethanol-blended fuels, ensuring long-lasting durability in today's fuel environment. This kit features OEM jet sizes, ensuring precise tuning and compatibility with your Kawasaki model. It includes essential components such as jets, needle, mixture screw, float bowl screws, float valve needle and seat, making it a complete replacement set for maintenance or repairs.Installation of this kit will help improve throttle response, fuel efficiency, and engine smoothness. The components are engineered to meet or exceed OEM specifications, providing a reliable fit and seal to prevent fuel leaks or performance issues. Whether you're performing routine maintenance or troubleshooting fuel delivery problems, this repair kit offers everything needed for a thorough rebuild. The durable rubber parts withstand fuel exposure and temperature fluctuations, contributing to the longevity of your carburetor.Designed for ease of installation, the Moose Offroad Kawasaki 26-1135 kit ensures a straightforward repair process. With all necessary parts included, you can restore your carburetor to factory standards without sourcing individual components. This kit is ideal for off-road enthusiasts and everyday riders seeking a dependable, high-performance repair solution. Trust Moose Offroad’s quality and precision engineering to keep your Kawasaki running smoothly and efficiently.

Features:

• Includes all O-rings and gaskets made from durable NBR rubber, resistant to ethanol fuels

• Contains OEM jet sizes for precise fuel mixture adjustments

• Complete set with jets, needle, mixture screw, float bowl screws, float valve needle and seat

• Engineered for easy installation and reliable fit

• Designed to improve throttle response, fuel efficiency, and engine smoothness