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Toyota Corolla Altis 2015 1.6 Automatic CV Joint (Inner & Outer) – 1ZR Engine

Original price was: $168.59.Current price is: $149.96.

CV joint set for Toyota Corolla Altis 2015 1.6 (1ZR engine), compatible with both manual and automatic models. Includes inner and outer joints for smooth power transfer, reduced vibration, and reliable front wheel drive performance. Direct replacement quality for OEM fit and durability.

This CV Joint set is designed for the Toyota Corolla Altis 2015 (E170/E180 platform) with 1ZR 1.6L engine, suitable for both manual and automatic transmission models.

It includes both inner and outer CV joints, engineered to ensure smooth power transfer from the gearbox to the wheels, reducing vibration and improving driving stability.

Compatibility:

  • Toyota Corolla Altis 2013–2017 (varies by market)
  • Engine: 1ZR-FE 1.6L petrol
  • Transmission: Manual & Automatic

Specifications:

  • Outer CV Joint spline count: standard Corolla fitment (typically 26–30 outer splines depending on hub type)
  • Inner CV Joint spline count: matched to 1ZR drive shaft (commonly 22–26 gearbox side splines depending on transmission type)
  • Shaft compatibility: Left & Right front drive shafts supported (depending on configuration)
  • Boot type: High-temperature rubber with grease sealing
  • Grease: Molybdenum-based CV grease for long life
  • Fitment: Direct replacement (OEM standard fit)

Sizes & Variants:

  • Manual transmission models: Slightly different inner joint spline configuration depending on gearbox type (C50/C51 series)
  • Automatic transmission models: Designed for U341E/U340E automatic gearbox compatibility
  • Outer joint dimensions remain standard across both versions for wheel hub compatibility

Key Features:

  • Smooth steering and reduced vibration
  • Durable steel construction for long service life
  • Heat and wear resistant design
  • Direct OEM replacement fit

This CV joint set is ideal for restoring original driving performance and eliminating knocking or clicking sounds during turning or acceleration.