KIA CV JOINT

KAWA KA-016A54 OUTER CV JOINT 26X56X28 KIA 0K552-25-60XA; 0K552-22-510A KIA CARNIVAL/SEDONA (FL) 1998-2005 1. Uncompromising Structural Integrity Constructed from premium-grade steel and subjected to extensive real-world validation, this driveshaft delivers unwavering performance during daily commutes, heavy towing, and sustained highway cruising—ensuring long-term durability without the onset of new operational noise. 2. Refined High-Speed Stability Dynamically balanced to

KAWA KA-CER16A44 OUTER CV JOINT 22X50X25 KIA 49500-2F110; 49591-2F110 KIA CERATO I 2004-2009 1. Built for Long-Term Durability Manufactured from high-tensile steel and rigorously tested under real-world load conditions, this driveshaft ensures consistent power transfer during daily commutes, heavy towing, and extended highway travel. It is engineered to resist wear and prevent the return of clunks or rattles over time. 2. Restored Cabin Quietness Precision-balanced to match

KAWA KA-CDA46 OUTER CV JOINT 22X60X27 HYUNDAI 49500-1H010; 49591-1H011 HYUNDAI I30 2007-2012;KIA CEED 2006-2012 1. Rock-Solid Reliability for Real Roads Forged from heavy-duty steel and proven in daily traffic, towing, and long-haul driving, this driveshaft stands up to the grind. It’s built to stay tight and quiet, so you don’t have to worry about new clunks or wobbles ruining your drive. 2. Get Your Smooth Ride Back Tired of that annoying hum or shake at highway speeds?

KAWA KA-CARNA54 OUTER CV JOINT 26X54.5X31 KIA 49591-4D400 KIA CARNIVAL (FMC) 2005-2014 1. Dependable Strength for Every Mile Built from tough, high-quality steel and tested on actual roads, this driveshaft is designed to handle your daily routine—whether it’s city traffic, highway merging, or pulling a trailer. It stays strong and aligned, helping you avoid unexpected breakdowns or new rattles down the line. 2. Silence the Shakes and Hum Carefully balanced to match your car’s

KAWA KA-CLAR OUTER CV JOINT 24X56X28 KIA 0K9A2-22-510 KIA CARENS I 2000-2002;KIA CLARUS (K9A) 1996-2001;KIA SPECTRA 2000-2004 1. High-Strength Steel Composition The driveshaft is fabricated using cold-rolled steel tubing and machined yokes, materials selected for their structural integrity under standard torque loads. This composition provides the physical foundation required for power transmission in light-to-moderate duty applications, including daily commuting and

KAWA KAIN-CERII16 INNER CV JOINT 22X41X25 KIA 49536-1M001 HYUNDAI I30 2007-2012;HYUNDAI IX20 (JC) 2010-;KIA CEED 2006-2012;KIA CERATO II 2008-2013;KIA ED (ED) 2009-;KIA SOUL 2008-2013;KIA VENGA 2009- 1. Seamless Direct Fit Engineered with exacting precision to match your vehicle's original factory dimensions, this driveshaft ensures a hassle-free, bolt-on installation. There is no need for custom fabrication, welding, or modification; simply swap out the worn unit to restore

KAWA KAIN-NS27LH INNER CV JOINT 25X41X27 HYUNDAI 49501-1F400; 49592-1F400 HYUNDAI SONATA (EF) 1999-2001;HYUNDAI SONATA (EF) 2001-2005;HYUNDAI TRAJET 2000-2006;KIA OPTIMA/MAGENTIS 2000-2005 1. True Bolt-On Replacement Eliminate the guesswork from your repair with a driveshaft manufactured to precise OEM blueprints. Every detail—from the overall length and tube diameter to the spline count and yoke angle—is calibrated to match your factory setup perfectly. This ensures a

KAWA KA-CER20A44 OUTER CV JOINT 24X50X25 KIA 49500-2F310; 49591-2F310 KIA CERATO I 2004-2009;KIA SPECTRA 2004-2009 1. Engineered for Robust Performance Constructed from high-strength steel, this driveshaft is designed to manage the torque and stress of daily driving, towing, and highway travel. The material selection and build process aim to provide consistent power delivery and resist common wear patterns associated with heavy use. 2. Designed to Reduce Vibrations Balanced

KAWA KA-CERA46 OUTER CV JOINT 22X60X27 HYUNDAI 49500-1M010; 49501-1M010 HYUNDAI I30 2007-2012;KIA CEED 2006-2012;KIA CERATO II 2008-2013;KIA ED (ED) 2009- 1. Heavy-Duty Material Construction This driveshaft utilizes high-grade steel tubing and forged components, selected for their capacity to handle standard torque loads and road stresses. The construction approach is intended to support reliable operation during routine commuting, moderate towing, and highway driving