Blueprint Inner Tie Rod ADJ138704 / QFK500010

Description

The Blueprint Inner Tie Rod ADJ138704 / QFK500010 is a high-quality, precision-engineered steering component designed to maintain smooth, accurate steering control and dependable suspension alignment. Manufactured to strict OEM-equivalent standards, this inner tie rod provides a reliable connection between the steering rack and the outer tie rod, ensuring responsive handling and stable vehicle control across a range of road conditions.

Crafted from premium, corrosion-resistant materials, the Blueprint inner tie rod offers exceptional durability and resistance to wear, road debris, and environmental stress. It’s the perfect solution for replacing loose, worn, or noisy steering components, restoring factory-standard steering performance and driving safety.

Working

The Blueprint Inner Tie Rod ADJ138704 / QFK500010 functions by transferring steering input from the rack and pinion assembly to the outer tie rod, which then directs the wheels. This connection is essential for providing controlled, precise steering movement and maintaining correct wheel alignment during turns, braking, and while navigating uneven road surfaces.

Over time, inner tie rods can wear out or loosen due to constant movement and road impact, leading to steering vibration, play in the wheel, and misalignment. Replacing it with this premium-quality Blueprint component restores a sharp, stable steering response. It minimizes excessive suspension movement, ensuring enhanced vehicle control and safety.

Quality and Capability

The Blueprint Inner Tie Rod ADJ138704 / QFK500010 is thoroughly tested for load strength, wear resistance, and long-term durability. Its precision-fit, OEM-standard construction allows for quick, straightforward installation and dependable service life.

Designed to deliver reliable, consistent performance in both urban and demanding driving conditions, this inner tie rod enhances steering precision, stabilizes wheel alignment, and prolongs the lifespan of associated suspension components.