Chassis Components

Shock absorbers converts the kinetic energy generated by suspension movement into heat through hydraulic fluid resistance. Precision-engineered valves control oil flow during compression and rebound, helping maintain tyre contact with the road for improved stability and comfort.

Twin-Tube Design

• Inner working cylinder with outer reserve tube
• Consistent damping performance
• Excellent ride comfort
• Cost-effective solution for passenger vehicles

Control arms defines how your wheel moves, how your alignment behaves under load and how road forces are transmitted into the chassis. Control arms acts as movable link b/w the wheel hub to the vehicle structure allowing for independent vertical movement of the wheel while maintaining its lateral and longitudinal position. The control arm also helps to absorb road imperfections and vibrations, contributing to a smoother and more comfortable ride while maintaining the vehicle's steering precision and overall handling.

Stamped Steel Construction

• High-strength steel design
• Optimised rigidity-to-weight ratio
• Durable and economical for high-volume applications

Link rods connect the stabiliser bar to the suspension strut or control arm, transferring forces b/w them that help minimise vehicle body roll and distribute weight more evenly across the vehicle, keeping the tires flatter on the road during cornering and changing road conditions thereby improving handling, stability and driver confidence.

Fixed Rigid Link Design

• Solid steel rod
• Sealed ball joints
• Direct force transfer
• Maintenance-free operation

Ball Joint Technology

• Low-friction ball seat materials
• Multi-axis articulation
• Sealed grease housing
• Secure taper-fit or threaded stud installation

Tie rod ends is the articulating ball joint assembly that connects steering rack to the steering knuckle on wheel hub transferring the steering forces while allowing suspension movement and Toe angle change. Their precision design supports accurate steering geometry, stability, and driving comfort.

Outer Tie Rod End

• Sealed ball joint construction
• Accurate steering geometry
• Improved tyre wear performance
• Enhanced steering response

Clunking noise over bumps or uneven tyre wear or unstable steering ?

These may indicate worn control arm bushings or ball joints.

Maintenance Tip:
Inspect control arms and bushings regularly during suspension service. Replace worn components immediately to maintain proper alignment and safe handling.

Rattling or knocking sounds from suspension or too much body leaning in turns?

These may indicate worn stabilizer links.

Maintenance Tip:
Inspect stabilizer links during routine checks and always replace them with balanced performance in pairs.

Loose steering or vehicle pulling to one side or uneven tyre wear?

These may indicate worn tie rod ends

Maintenance Tip:
Inspect steering components regularly and perform wheel alignment after replacement.

Excessive bouncing after bumps or Reduced ride comfort or increased braking dive?

These are common signs of worn shock absorbers.

Maintenance Tip:
Inspect shocks for leaks or damage regularly. Always replace shock absorbers in axle pairs for balanced performance.