Internet Famous Icon 2016-2023 Toyota Tacoma, Stage 1 S2 Secondary Shock Upgrade System At Sexton Offroad In Salt Lake City & Park City, Utah Up To 45% Off [oEdNV6SI]

Revolutionize Your Toyota Tacoma Off-Road Experience

At Sexton Offroad, we understand the need for enhanced off-road performance. Our ICON 2016-2023 Toyota Tacoma Stage 1 S2 Secondary Shock Upgrade System is designed to take your off-road adventures to new heights. This system redefines the capabilities of your Toyota Tacoma by doubling the damping ability of your suspension, allowing you to conquer rougher terrain and larger obstacles with confidence. The addition of a secondary 2.5 Aluminum Series shock significantly improves your vehicle's stability and off-road performance, making it an essential upgrade for any Tacoma owner.

Key Features and Specifications

The S2 Secondary Shock System from ICON Vehicle Dynamics is a game-changer for your Tacoma. It is designed to utilize your factory lower control arms and maintain OE track width, ensuring a seamless installation without any major alterations to your vehicle. The system includes billet aluminum shock tower adapters, fabricated shock hoops, and steel skid plates, providing exceptional build quality and durability. Key features include:

• Increased Damping Ability for enhanced off-road performance
• Vehicle-Specific Tuned Shocks for improved stability and control

Why Choose Sexton Offroad for Your Upgrade

When it comes to upgrading your 4x4, quality and expertise are paramount. Sexton Offroad offers this premium Stage 1 S2 Secondary Shock Upgrade System for the 2016-2023 Toyota Tacoma, providing both the performance and protection you need. With free shipping on thousands of products nationwide, we make it easy for you to get the parts you need. Plus, our skilled technicians in Salt Lake City or Park City, Utah, are ready to install your new shock system, ensuring a perfect fit and optimal performance. Visit us today and take the first step towards conquering the trails with your Toyota Tacoma.