SPC 67220 Adjustable Camber Ball Joint +/-1.5 Deg for 2000-2009 Honda S2000

Vehicle Fitment

• 2000-2009 Honda S2000 (Front Upper Suspension)
• 2000-2009 Honda S2000 (Rear Upper Suspension - 17" rims or larger)

Features

• Adjustable front and rear upper ball joint for precise camber tuning
• Allows up to ±1.5° of camber correction
• OE-quality replacement with sliding adjustment plate design
• Improves handling and alignment control on lowered or modified cars
• Low-profile design improves clearance in tight suspension areas
• Ideal for both stock and performance-oriented setups
• Sold individually - one required per side
• Limited lifetime warranty on materials and workmanship

Specifications

• Brand: SPC / Specialty Products Company
• Part Number: 67220
• Position: Adjustable Upper Ball Joint (Front & Rear)
• Adjustment Range: ±1.5° camber
• Application: Front and Rear (rear use requires 17" or larger rims)
• Design: Sliding plate adjustable ball joint
• Material: High-strength steel construction
• Sold: Individually - one per wheel

Included Components

• 1x SPC Adjustable Camber Ball Joint (67220)

Product Description

The SPC 67220 Adjustable Camber Ball Joint is a performance-oriented suspension upgrade designed specifically for the Honda S2000 (2000-2009). This adjustable ball joint replaces the factory upper ball joint and provides up to ±1.5° of camber correction to help optimize wheel alignment, improve handling, and reduce uneven tire wear - especially on lowered or modified vehicles. The sliding plate design allows on-car adjustment once installed, giving technicians and enthusiasts greater control over suspension geometry.

Compatible with both front and rear upper suspension positions, the SPC 67220 offers a direct replacement solution with OE-quality construction. Note that rear use requires 17" or larger wheels to ensure proper fitment. Installation typically requires press tools for ball joint removal and seating, and professional alignment after installation is recommended to achieve optimal suspension performance.