41303-42023 41303-42020 41303-42022 Transmission Viscous Coupling Assy 06-17 for Toyota Rav4 / Lexus NX200 NX300h

Fit For the Following Modelsfor Toyota Rav4 2006-2017 (LE, Limited, SE, Sport, STD, X, XLE)for Lexus NX200t 2015-2017for Lexus NX300h 2015-2017Models: AGZ15 ZGZ15Engines:2ARFE 2.5L 2500cc 16-Valve DOHC EFI3ZRFAE 2.0L 2000cc 16-Valve DOHC EFI3ZRFE 2.0L 2000cc 16-Valve DOHC EFI2ADFTV 2.2L 2200cc Diesel Turbo2ADFHV 2.2L 2200cc Diesel1ADFTV 2.0L 2000cc Diesel Turbo3ZRFE 2.0L 2000cc 16-Valve DOHC EFI6ZRFAE 2.0L 2000cc 16-Valve DOHC EFI6ZRFE 2.0L 2000cc 16-Valve DOHC EFI3ZRFAE 2.0L 2000cc 16-Valve DOHC EFI8ARFTS 2.0L 2000cc 16-Valve DOHF EFI TurboOEM NO. : 41303-42023, 41303-42020

• 41303-42023 41303-42020 41303-42022 Transmission Viscous Coupling Assy 06-17 For Toyota Rav4 / Lexus NX200 NX300h
• Strong power distribution: it can automatically adjust the speed difference between the left and right wheels of the vehicle, make the wheels on both sides smoothly adapt to different speeds when turning, greatly reduce tire friction, and quickly distribute torque on wet roads to improve the driving stability and passability of the vehicle。
• Stable operation: the gear is finely ground, with low surface roughness, noise below 70 dB during operation and almost no obvious abnormal noise during daily driving; Advanced heat treatment technology strengthens the toughness of components and can cope with the impact under complex road conditions。
• Improve the handling experience: effectively improve the short board of the original vehicle differential power distribution, make the body posture more stable when cornering, and it is not easy for the wheels to idle when starting acceleration, which can bring more accurate handling sense whether it is daily driving or light competition.
• Stable transmission guarantee: optimize gear meshing angle, high power transmission efficiency, no power lag when starting under heavy load; Built-in reinforced bearing can withstand long-term high-load operation and reduce the risk of halfway failure.