VW Steering Tie Rod End - Febi Bilstein 171419804

Product Information

The tie rods of your vehicle play a critical role as they're the link between the power steering rack and pinion and the wheel spindle. Tie rod ends contain ball joints that tend to wear out over time due to constant wear and tear. When the ball joints within the tie rod wear out, it allows for play within the wheels which can throw off your alignment and cause uneven tire wear. Its always encouraged to check your tie rod ends for play as well as tires for uneven wear at every service interval. When replacing worn tie rod ends its always recommend to replace them in pairs as well as to perform an alignment.

• Uneven tire wear
• Play in wheels
• Pulling condition when driving
• Sloppy steering

About Febi Bilstein

Ferdinand Bilstein’s febi brand is a global leader in the replacement parts market, known for offering high-quality alternatives to original equipment (OE) parts. With a range of over 50,000 technical replacement parts for passenger cars, light commercial vehicles, and trucks, febi ensures that consumers and professionals have access to reliable solutions for maintaining and repairing vehicles. The brand is committed to staying at the forefront of automotive technology, providing parts for hybrid, electric, and hydrogen-powered vehicles, and continuously expanding its product offerings to meet the demands of the evolving aftermarket. febi’s global presence spans over 170 countries, supported by advanced logistics centers that ensure fast delivery and product availability worldwide.

A strong focus on quality sets febi apart, as their products match or exceed OE standards, backed by rigorous quality control and in-house manufacturing capabilities. febi offers comprehensive repair solutions for all major vehicle brands and models, ensuring that critical parts are readily available for professional workshops. With a deep-rooted tradition in mobility and a future-oriented approach, febi is a trusted partner in keeping vehicles performing optimally, regardless of their powertrain or application.