2002 Chevy Corvette Knee Assembly (see also Strut Assy) — Part # CZC1260 — Matlock Used Car and Parts, Inc.-Team PRP, ARA-Gold Seal, CAR, CDC (Johnson City) · Johnson City, TN

When replacing a knee assembly in your 2002 Chevy Corvette, one often overlooked consideration is ensuring the exact match of the assembly's configuration and compatibility with your vehicle's specific model and engine size. This knee assembly is sourced from a 2-door coupe with a 5.7L engine, which is critical to verify since variations in engine size and body style can affect fit and function. This listing features a knee assembly, which is a structural component often associated with the strut assembly, providing support and alignment for the vehicle's front suspension. The seller notes that this part is from a 2002 Chevy Corvette 2-door coupe with a 5.7L engine, graded A for condition, indicating good quality. However, buyers should confirm the exact fitment against their own vehicle’s specifications, as this part is listed specifically for the 2002 Corvette and may not suit other years or configurations. When comparing this knee assembly to others, consider the engine size, body style, and condition grade. The seller's stock identifier CZC1260 can help track this specific item. Since knee assemblies can vary between models and trims, it’s advisable to cross-check with your vehicle's VIN or consult a professional to ensure compatibility. This part is relevant for those seeking a reliable replacement for their 2002 Chevy Corvette knee assembly. For additional related components, you might explore the Knee Assembly See Also Strut Assy category. For more options, check out our broader selection of Chevy parts or Corvette parts. Before purchasing, verify your vehicle’s exact model year, engine size, and body style to ensure this knee assembly fits properly. Take advantage of the detailed seller notes and condition grade to make an informed decision. Act now to secure a quality knee assembly that supports your Corvette’s suspension integrity and driving performance.