DTA Pair (2) Front CV Axle Shaft Assembly Compatible with Toyota Sienna 2017-2020 3.5L FWD Only - Left & Right Side Half Shaft

DTA CV Axle Shaft Assemblies are an ideal choice to replace your broken CV Axle Shaft Assemblies. We have a proven track record with over 20 years in the industry and hundreds of thousands of satisfied customers. All CV Axle Shaft Assemblies meet or exceed OEM specifications. Due to high manufacturing standards, we offer a one year warranty. Compatible with Toyota Models: Sienna 2017-2020 FWD 3.5L Please note this product will fit FWD 3.5L ONLY. Reference OE Number: 4341008091, 4341008092, TO-8437, NCV69197, TO8437

• Direct fit replacement CV axle for the front left & right side of 2017-2020 Toyota Sienna FWD 3.5L. This axle is designed specifically for FWD 3.5L models and does not fit other drivetrains or engines. It replaces OEM for seamless installation, proper fit, and restored factory ride quality without modification.
• Built for high-performance drivetrains with heavy-duty materials that handle torque from FWD systems. The shaft is engineered for strength and endurance to support acceleration, cornering, and braking loads in both daily driving and demanding road conditions. Ensures long-term reliability with minimal vibration and noise.
• Pre-assembled for fast installation, including CV joints and boots. The protective boots are made of durable thermoplastic to resist tearing and keep contaminants out of the joint. Grease-sealed joints reduce maintenance needs and keep operation smooth. No special tools or adjustments required for install.
• Designed for owners looking to restore driveline stability without paying dealership prices. Whether you're a DIYer or a professional mechanic, this axle delivers consistent engagement and performance to keep your vehicle handling tight and stable in any driving situation.
• Backed by a 12-month warranty. Manufactured under strict quality standards to meet or exceed OEM specifications. Each shaft undergoes dynamic balancing for reduced shuddering at highway speeds and increased lifespan of surrounding components like differential and wheel bearings.