Moog 14E003L CV Axle Assembly - Front Left

MOOG 14E003L Front Left CV Axle Assembly

The MOOG 14E003L CV axle assembly is built for front left applications on select Toyota Corolla, Toyota Matrix, and Pontiac Vibe models. Backed by premium materials and tested for dependable operation, it is engineered for a straightforward replacement when the original axle shows wear, vibration, or joint noise.

• Front left CV axle assembly for select Toyota Corolla, Toyota Matrix, and Pontiac Vibe applications
• Premium grade construction for reliable driveline performance
• Compressed length: 25.43 in. / 646 mm
• Inboard spline quantity: 20; outboard spline quantity: 26
• Includes axle nut and ABS tone ring
• Inboard joint type: male; outboard joint type: conventional
• Neoprene inboard and outboard boots
• Axle nut thread size: M22x1.5; socket size: 30 mm; hex nut type

Fitment Details

Compatible with front left applications on 2009-2019 Toyota Corolla, 2003-2013 Toyota Matrix, and 2009-2010 Pontiac Vibe. This part number, 14E003L, is a direct-fit style replacement for vehicles using the listed spline counts and front-left configuration.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What This Axle Helps Address

• Clicking or popping from a worn CV joint during turns
• Vibration or shudder during acceleration
• Grease leakage from damaged axle boots
• Noise from a failing front driveline component
• Loss of smooth power transfer to the front wheel

Installation Notes

Verify front left fitment, spline counts, axle nut thread size, and ABS tone ring configuration before installation. Inspect the hub, seals, and surrounding suspension components for wear, and replace any damaged related parts during service. The included axle nut supports a complete replacement setup where specified by the vehicle application.

Quality Assurance

MOOG uses premium materials and application-focused testing to support consistent performance and easier installation. The brand’s problem-solving design approach helps reduce installation friction and supports dependable service life in daily driving conditions.