2Pcs Front & Rear Axle Nut Replacement Fit for Subaru Forester Outback Impreza WRX STI Crosstrek Ascent BRZ CV Spindle Nut 2000-2025 Replace 902170049 902170044 902170047 103-0504
2Pcs Front & Rear Axle Nut Replacement Fit for Subaru Forester Outback Impreza WRX STI Crosstrek Ascent BRZ CV Spindle Nut 2000-2025 Replace 902170049 902170044 902170047 103-0504
Part Number: 90 Applicable models: Fit for Subaru Forester (2006-2025) Fit for Subaru Outback & Legacy (2000-2025) Fit for Subaru Impreza (2004-2025) Fit for Subaru Crosstrek & BRZ (2013-2025) Fit for Subaru WRX (2015-2025) Fit for Subaru STI (2015-2021) Fit for Subaru Ascent (2019-2025) Fit for Subaru Baja (2003-2006) Fit for Subaru Tribeca (2006-2014) Package Includes: 2 x Front & Rear Axle Nut Heavy-Duty Construction Made from premium-grade metal with anti-corrosion treatment. Designed for long-lasting durability, these axle nuts resist rust, deformation, and thread stripping even under high torque. Smooth, Secure Installation Threaded for a snug, secure fit. These axle nuts ensure a tight hold on the CV axle, reducing the risk of wheel vibration or premature bearing wear. Simple bolt-on installation with no modification required. Vibration- Reducing Performance Helps maintain proper wheel alignment and balance. Minimizes vibration and enhances drivetrain stability—ideal for everyday driving or rough road conditions. Installation Tips: Dirct bolt-on replacement. Always verify your vehicle’s year, model before purchase.
Product Features
- Fitment: Direct replacement fit for Subaru CV axle nuts no modification needed. Precisely machined threads ensure smooth installation and tight fit
- Part Number: 90
- Durable Construction: Made of premium-grade steel alloy, these nuts are built to resist corrosion, cracking, and rounding under torque stress
- Reduces Wear and Vibration: Designed to hold the axle tightly in place, minimizing drivetrain vibration and protecting wheel hub and bearing life
- Long-Term Reliability: Heat-treated surface for added hardness and performance in demanding driving conditions