- Available for modern Japanese (7.48mm, 9.48mm), KTM (8.90mm, 10mm) and vintage (113mm) models
- Competitively priced lower than OEM options
The Hot Cams 04-08 Honda CRF 450 R and 2002-2016 Kawasaki KX 450 Shim Kit is designed to provide precise valve clearance adjustments for a variety of modern and vintage powersports models. Crafted from durable 4140 cold rolled steel, these shims offer high strength and consistent hardness, ensuring reliable performance and long-lasting use. This kit includes three shims of each size, making it a versatile solution for maintaining optimal engine operation.
Whether you're working on Japanese models with 7.48mm and 9.48mm shim sizes, KTM bikes with 8.90mm and 10mm shims, or vintage bikes with 113mm shims, this kit has you covered. The comprehensive assortment allows for accurate adjustments across different engine configurations, supporting both professional repairs and personal maintenance projects.
These shims are competitively priced, offering an affordable alternative to OEM parts without sacrificing quality. Easy to install, the Hot Cams shim kit ensures that your engine's valves are properly adjusted, which can improve power output, fuel efficiency, and overall engine longevity. The kit’s compact packaging makes it convenient to store and carry, ready for when you need it most.
Compatible with a wide range of powersports applications, this kit is a reliable choice for mechanics and enthusiasts aiming to keep their vehicles running smoothly. Designed to meet the demands of active riders and professional technicians alike, the Hot Cams shim kit is a smart investment for maintaining peak engine performance in the field or at the workshop.
Features:
- Includes 3 shims of each size for versatile valve clearance adjustments
- Made from high-strength 4140 cold rolled steel for durability and uniform hardness
- Compatible with modern Japanese, KTM, and vintage models with various shim sizes
- Affordable alternative to OEM parts without compromising quality
- Designed for easy installation and reliable performance in powersports applications
