GKTech Nissan 240sx/Skyline chassis (RWD) Front LCA weld in reinforcement plates - 20mm extension

GKTECH
$123.18
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The GKTech Front Lower Control Arm Weld-In Reinforcement Plates with 20mm extension are a precision-engineered solution for extending and strengthening OEM front lower control arms on RWD S-chassis and Skyline chassis. These plates are perfect for drivers seeking wider front track, better suspension geometry, and increased clearance—particularly beneficial for drift and grip-focused setups.

Constructed from laser-cut high-tensile steel, this kit reinforces the arm and adds +20mm of length, improving alignment flexibility and steering angle potential. A clean and proven alternative to full custom arms, these plates weld directly to factory LCAs and are designed for serious use under extreme conditions.


Key Features:

  • +20mm Extended Length: Widens front track and increases camber adjustability

  • Reinforces OEM Arms: Adds strength to high-stress points under load

  • Track-Tested Design: Ideal for drift, grip, and performance street builds

  • Precision Fitment: Laser-cut to contour factory LCA profile for a seamless weld-in


Specifications:

  • Material: Laser-cut high-tensile steel

  • Extension Amount: +20mm

  • Install Type: Weld-in (modification required)

  • Install Time: ~2–4 hours (subframe/LCA removal required)


Compatibility:

  • Nissan 240SX (S13 / S14 / S15 – RWD only)

  • Nissan Skyline (R32 / R33 / R34 – RWD only)
    Not compatible with AWD or HICAS models.


What’s Included:

  • (1) Pair of weld-in reinforcement plates (left and right)

  • (1) Reference installation diagram


Notes:

  • Welding and fabrication required—professional installation highly recommended

  • Requires LCA removal and preparation prior to installation

  • A wheel alignment is mandatory after install

  • Compatible only with OEM steel lower control arms


Strengthen your arms and widen your stance with GKTech’s 20mm LCA Reinforcement Plates—engineered to hold up under pressure and built for serious front-end performance.