High-Performance Steering Rods

Advanced engineering solutions for automotive steering systems

Advanced steering rod technology

Critical components for automotive directional precision


Our steering rods are high-precision kinematic transmission elements, ensuring mechanical linkage between steering rack and directional hubs. Engineered to stringent automotive specifications, our solutions are available in IBJ (rack-side) and OBJ (wheel-side) configurations, incorporating cutting-edge technologies to guarantee active safety and optimal reliability under all operating conditions.

STEERING RODS IBJ

Advanced rack interface technology

IBJ (Inner Ball Joint) steering rods constitute the primary transmission interface between power steering systems and directional assemblies. Manufactured using high-precision CNC machining processes, our adaptive solutions cover the complete vehicle spectrum, from compact city cars to heavy commercial vehicles. Our modular engineering enables dimensional and geometric optimization for each specific OEM application.

High-precision IBJ rack-side steering rod

STEERING RODS OBJ

Professional wheel interface

OBJ (Outer Ball Joint) steering rods ensure the critical terminal linkage between directional systems and wheel-hub assemblies. Incorporating optimized-geometry ball joints and advanced tribological coatings, our solutions guarantee instantaneous directional response and exceptional durability. Each component undergoes dimensional and mechanical quality controls according to international automotive standards.

Professional OBJ directional wheel-side rod

Technical Documentation

Access our technical resources and specialized documentation


STEERING RODS IBJ

Complete technical documentation for rack-side steering rods.

Technical 3D Modeling
High-definition 3D rendering
Technical 3D Animation
Animated 3D model
STEERING RODS OBJ

Complete technical documentation for wheel-side steering rods.

Technical 3D Modeling
High-definition 3D rendering
Technical 3D Animation
Animated 3D model