SPC 67340 Extended Range Upper Ball Joint +/-3 Deg for 1990-1997 Honda Accord

Vehicle Fitment

• 1990-1997 Honda Accord (Front Upper Suspension)
• 1997-1999 Acura CL (Front Upper Suspension)

Features

• Adjustable front upper ball joint for additional camber range
• Extended range allows camber changes from +1.50° to +3.00°
• Ideal for lowered vehicles needing more alignment correction
• Low-profile design improves clearance in tight suspension areas
• OEM-quality construction for reliable strength and durability
• Direct bolt-in replacement for the factory upper ball joint
• Sealed design helps protect internal components
• One per wheel - order two for both driver and passenger sides

Specifications

• Brand: SPC / Specialty Products Company
• Part Number: 67340
• Position: Front Upper Adjustable Ball Joint
• Adjustment Range: +1.50° to +3.00° camber correction
• Design: Sliding adjustable ball joint
• Material: High-strength steel and precision components
• Sold: Individually (1 joint per unit)
• Finish: Protective durable coating

Included Components

• 1x SPC Adjustable Upper Ball Joint (67340)

Product Description

The SPC 67340 Extended Range Upper Ball Joint is a performance suspension component engineered specifically for front suspension alignment tuning on select *1990-1997 Honda Accord* and *1997-1999 Acura CL* vehicles. This ball joint replaces the factory upper ball joint and adds a broader camber adjustment range of approximately +1.50° to +3.00°, helping correct alignment geometry - especially useful on lowered cars where standard parts can't provide enough camber change. Its exclusive low-profile design also improves clearance in tight suspension areas while delivering robust strength and reliability.

Sold individually, the SPC 67340 allows technicians and enthusiasts to achieve a wider alignment range on the front upper suspension and is ideal for performance or modified vehicle setups. A proper ball joint press tool is recommended for installation, and professional alignment after installation helps ensure optimal suspension geometry and handling performance.