precision cv axle shaft assembly
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Le véhicule est équipé d'un système de freinage à rouleaux, d'un dispositif de freinage à rouleaux et d'un dispositif de freinage à rouleaux.
KAWA TO-080 OUTER CV JOINT 29X72.5X30 TOYOTA 43460-80035;43460-80034;43460-80033;43460-09V10;43460-09V20 TOYOTA FORTUNER GGN50/GGN60/KUN/LAN50/TGN51/TGN61 2006-;TOYOTA HILUX GGN15/GGN25 2005-2012 Architected from Advanced Materials and Certified in Rigorous ValidationDesigned with high-performance composites and proven through extreme dynamic simulation, this assembly ensures reliable operation and enduring structural integrity across sustained demanding use. Engineered via
KAWA TO-083 JOINT HOMOCINÉTIQUE EXTÉRIEUR 27X61X30 TOYOTA 43470-49655 TOYOTA ALPHARD/VELLFIRE ANH20/GGH20 2008-;TOYOTA ALPHARD/VELLFIRE ANH25/GGH25 4WD 2008-;TOYOTA BLADE AZE156/GRE156 2006-2012
KAWA TO-083 OUTER CV JOINT 27X61X30 TOYOTA 43470-49655 TOYOTA ALPHARD/VELLFIRE ANH20/GGH20 2008-;TOYOTA ALPHARD/VELLFIRE ANH25/GGH25 4WD 2008-;TOYOTA BLADE AZE156/GRE156 2006-2012 Durability Engineered from Core MaterialsFormulated from high-resilience alloys and validated through extreme thermal and structural testing, this assembly is built to withstand punishing environments while delivering smooth, dependable performance and long-term reliability. Precision Fit via
KAWA TO-ACU35A48R JOINT EXTÉRIEUR ARRIÈRE CV 23X56X26 TOYOTA 42370-49125 LEXUS RX300/330/350 MCU35/GSU35 4WD 2003-2008; LEXUS RX300/330/350 MCU35/MCU38 4WD 2003-2006
KAWA TO-ACU35A48R OUTER REAR CV JOINT 23X56X26 TOYOTA 42370-49125 LEXUS RX300/330/350 MCU35/GSU35 4WD 2003-2008;LEXUS RX300/330/350 MCU35/MCU38 4WD 2003-2006 Architected as a Cohesive System and Validated in Controlled ExtremesEngineered as an integrated assembly from high-performance materials, it is proven through precise and punishing validation protocols to ensure balanced, durable, and vibration-optimized performance for the long haul. Reverse-Engineered for Guaranteed
JOINT HOMOCINÉTIQUE KAWA TO-ALA49R INTÉRIEUR EXTÉRIEUR 19X52X26 TOYOTA 42370-49295 LEXUS NX200/300H AYZ1/ZGZ1 2014-;TOYOTA VANGUARD ACA33/ACA38/GSA33 2007-2013;TOYOTA RAV4 ALA4/ZSA4 2012-;TOYOTA RAV4 ACA3/GSA3 2005-2013
KAWA TO-ALA49R OUTER INNER CV JOINT 19X52X26 TOYOTA 42370-49295 LEXUS NX200/300H AYZ1/ZGZ1 2014-;TOYOTA VANGUARD ACA33/ACA38/GSA33 2007-2013;TOYOTA RAV4 ALA4/ZSA4 2012-;TOYOTA RAV4 ACA3/GSA3 2005-2013 Durability Engineered and Validated in Extreme EnvironmentsConstructed from advanced, high-tensile materials and proven under rigorous thermal cycling and structural load testing, this assembly is built to deliver resilient, reliable performance that withstands harsh conditions
KAWA TO-GRX125 JOINT CV EXTÉRIEUR 30X57X30 TOYOTA 43460-39215 LEXUS GS30/35/43/460 GRS19/URS190/UZS190 2005-2011; LEXUS GS460/430/350 2005-2011; LEXUS IS250/350 GSE25 4WD 2005-2012
KAWA TO-GRX125 OUTER CV JOINT 30X57X30 TOYOTA 43460-39215 LEXUS GS30/35/43/460 GRS19/URS190/UZS190 2005-2011;LEXUS GS460/430/350 2005-2011;LEXUS IS250/350 GSE25 4WD 2005-2012 System-Engineered for Real-World ResiliencePrecision-built from vibration-tuned materials and proven through relentless simulation and durability gauntlets, this assembly is designed to master demanding conditions while maintaining smooth, consistent performance for the long run. Digitally Sculpted from
Le nombre total d'équipements utilisés par les autorités compétentes pour la mise en œuvre de la présente directive est fixé par le règlement (CE) no 765/2008 du Conseil.
KAWA TO-GRN245 OUTER CV JOINT 29X70X30 TOYOTA 43430-04070 TOYOTA TACOMA GRN245 2004-2015;TOYOTA TACOMA TRN245 2004-2015 Forged for Long-Term UseCrafted from high-resilience alloys and validated under extended real-world stress and thermal cycles, this assembly is engineered to deliver consistent, reliable performance and durable power transfer through years of demanding service. Precision-Engineered for Factory FitEvery component is manufactured using OEM-approved specificati
Le véhicule est équipé d'un système de freinage à rouleaux de la ligne de départ et de la ligne de sortie de la ligne de départ.
KAWA TO-GRX133R OUTER CV JOINT REAR 28X58.5X30 TOYOTA 42330-30160,42340-30160 TOYOTA CROWN/MAJESTA GRS18/UZS18 2003-2008, LEXUS IS250/350 GSE20 2005-2012, TOYOTA CROWN GRS20/GWS204 2008-2012 Validated for Peak Performance Under PressureCrafted from advanced, stress-resistant composites and proven through rigorous thermal cycling and dynamic load testing, this assembly is engineered to ensure reliable, resilient operation and smooth power delivery in even the most demanding
Le véhicule doit être équipé d'un dispositif de protection contre les risques liés à l'utilisation d'un équipement de protection contre les risques. Les véhicules de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage de l'équipage
KAWA TO-J210 OUTER CV JOINT 22X52X24 TOYOTA 43410-B401043420-B4010 DAIHATSU BE-GO J210G 4WD 2006-;DAIHATSU TERIOS J200/J211 2006-;TOYOTA RUSH J210E 4WD 2006 Rigorously Certified for Enduring ResiliencePrecision-engineered from advanced, vibration-damped alloys and certified through systematic thermal, corrosion, and fatigue validation, this assembly is built to withstand punishing conditions while delivering smooth, reliable power transfer and long-term operational integrity.
KAWA TO-KSP90 JOINT CV EXTERNE 20X55.5X26 TOYOTA 43460-09M70 43470-09L40 TOYOTA BELTA KSP92/SCP92 2005-;TOYOTA VITZ NSP130/NCP131/KSP130 2010-;TOYOTA YARIS KSP90/NLP90/NSP90/SCP90/NCP90/ZSP90 2005-2011
KAWA TO-KSP90 OUTER CV JOINT 20X55.5X26 TOYOTA 43460-09M7043470-09L40 TOYOTA BELTA KSP92/SCP92 2005-;TOYOTA VITZ NSP130/NCP131/KSP130 2010-;TOYOTA YARIS KSP90/NLP90/NSP90/SCP90/NCP90/ZSP90 2005-2011 Engineered for Lasting ResilienceCrafted from high-performance, thermally stable materials and validated through rigorous multi-stage durability testing, this assembly is built to withstand extreme stress while delivering consistent power transfer and reliable operation over the
