10.9 Hardened Rear Lower Shock Mounting Bolt Kit for 1997-2003 Ford F150, Expedition, Silver Dacromet Coated, with Flange Bolts and Nuts

Upgrade your suspension with confidence using our 10.9 Hardened Rear Lower Shock Mounting Bolt Kit, designed specifically for 1997-2003 Ford F150 and Expedition. This kit is a perfect fit for all configurations, including 4x4 and 2WD models, all engine types, trim levels, cab sizes, and bed lengths, ensuring versatility for any vehicle in the compatible range. Crafted as a direct replacement for OEM bolts, this kit features precise OEM-matching threads, allowing for a straightforward, no-modification installation. Each kit includes two Class 10.9 hardened flange head bolts and two hardened flange lock nuts, providing everything needed to securely mount rear shocks on both driver and passenger sides. Built for durability, all components are coated with silver Dacromet to resist corrosion, making them ideal for harsh weather and rugged conditions. The Class 10.9 hardened steel construction ensures exceptional strength and long-lasting performance, giving you peace of mind for both daily driving and heavy-duty use. Whether you're replacing worn-out bolts or upgrading your suspension, this bolt kit delivers reliability, ease of installation, and unmatched quality. Restore your vehicle's ride quality with this complete, high-performance shock mounting solution.

• Universal Fit: Compatible with 1997-2003 Ford F150 and Expedition.
• OEM-Quality Replacement: Direct bolt-on fit with OEM-matching threads, requiring no modifications for seamless installation.
• Complete Kit: Includes 2 Class 10.9 hardened flange head bolts and 2 hardened flange lock nuts for both driver and passenger side rear shock mounting (no nuts for the upper end of the shocks included).
• Corrosion-Resistant: Silver Dacromet coating on bolts and nuts for superior durability and protection against rust.
• High-Strength Design: Engineered with Class 10.9 hardened steel for reliable performance under heavy-duty conditions.