COMETIC Top End Gasket Kit - 91 mm - KTM C3784-EST

Top End Gasket Kit - 91 mm - KTM

The COMETIC C3784-EST Top End Gasket Kit is designed for high-performance KTM engines, offering reliable sealing and enhanced durability. This comprehensive kit includes a precision-fit base gasket, MLS head gasket, and cylinder O-rings, along with other essential seals required for efficient top end rebuilds. The MLS (Multi-Layered Steel) head gasket features embossed outer layers coated with Viton rubber, promoting uniform torque distribution across the sealing surface, reducing bore distortion, and improving piston ring sealing for increased power output. This design is optimized for today’s high-output 4-stroke naturally aspirated and boosted engines, ensuring maximum performance and longevity. The gasket material facilitates heat dissipation away from the combustion chamber, preventing hot spots that can lead to gasket failure. The kit also includes embossed stainless steel gaskets for the head, base, and rocker cover, all covered with proprietary rubber compounds for superior sealing under high cylinder pressures. Made in the USA, the COMETIC C3784-EST gasket kit combines advanced materials and engineering to meet the demands of high-horsepower engines, providing dependable sealing and consistent performance in extreme conditions. Whether rebuilding or upgrading, this kit offers the quality and reliability necessary for demanding motorcycle applications.

Features:

• Includes base gasket, MLS head gasket, and cylinder O-rings for complete top end sealing

• Multi-Layered Steel (MLS) head gasket promotes even torque load and reduces bore distortion

• Viton rubber coating on outer layers enhances sealing and heat dissipation

• Embossed stainless steel gaskets for head, base, and rocker cover provide durability and reliable sealing

• Designed for high-horsepower 4-stroke engines, including naturally aspirated and boosted models

• Engineered to prevent hot spots, reducing gasket failure risk

• Made in the USA with advanced materials for dependable performance under extreme conditions