KTM SXF 450 2007 - 2012 CON ROD
Hot Rods Con Rod HR.8664. Big End Bearing (mm):35x42x19.7. Big End Bore (mm):42.00. Big End Width (mm):19.90. Center To Center (mm):107.40. Pin Diameter (mm):35.00. Pin Length (mm):64.00. Small End Bearing (mm):Bushing. Small End Bore (mm):19.00. Small End Width (mm):16.95. Washer Thickness (mm):NA.
- SKU
- HR.8664
- Brand
- Hot Rods
- Availability
- Out of Stock
FULL DESCRIPTION
Premium Hot Rods Connecting Rod for High-Performance Engines
Upgrade your engine reliability with this high-quality connecting rod from Hot Rods. Engineered for precision and durability, this component is designed to withstand the rigors of high-performance riding. Whether you are performing a full engine rebuild or replacing worn internal parts, this connecting rod ensures your engine operates with smooth, consistent power delivery.
Manufactured to strict tolerances, this Hot Rods connecting rod offers a robust solution for maintaining your engine's structural integrity. Each unit is crafted from high-grade materials to provide maximum resistance to stress and heat, making it an essential component for riders who demand longevity and performance from their machine.
Key Features and Technical Specifications
- Precision Engineering: Designed for an exact fit and optimal engine balance to minimize vibration and friction.
- Durable Construction: Built using premium materials to ensure high tensile strength and longevity under demanding conditions.
- Big End Bearing Dimensions: 35 x 42 x 19.7 mm
- Big End Bore: 42.00 mm
- Big End Width: 19.90 mm
- Center To Center Length: 107.40 mm
- Pin Diameter: 35.00 mm
- Pin Length: 64.00 mm
- Small End Bearing: Bushing
- Small End Bore: 19.00 mm
- Small End Width: 16.95 mm
Rely on Hot Rods for your internal engine components. This connecting rod provides the perfect balance of strength and performance, ensuring that your engine is ready for the track or the trail. Ensure your engine build meets the highest standards by choosing parts engineered specifically for reliability and wear resistance.