Lightweight Icon 2.0 Aluminum Series 0-3" Lift Rear Shocks For 22-24 Toyota Tundra/sequoia Perfect For Gifting [lntPGrXs]

Icon 2.0 Aluminum Series Rear Shocks for 22-24 Toyota Tundra/Sequoia

The Icon 2.0 Aluminum Series Rear Shocks are designed to elevate the performance of your 2022-2024 Toyota Tundra or Sequoia to new heights. These shocks are engineered with precision to offer a cost-effective yet high-quality upgrade that is tailored to your specific vehicle. Whether you're an everyday street driver or a weekend warrior, these shocks will enhance both your on-road and off-road capabilities.

Key Features and Specifications

The Icon 2.0 Aluminum Series shocks are packed with features that set them apart from the competition. Enjoy consistent suspension damping with premium grade 5WT shock oil, which maintains its effectiveness across a wide temperature range. The nitrogen charged monotube design with a remote reservoir ensures optimal performance and ride quality. With a one-piece linear/digressive piston design and vehicle-specific valving, these shocks deliver unmatched performance on and off the road. The 5/8” chrome plated hardened steel shaft and 6061 aluminum rod end, top cap, and internals provide exceptional strength and durability. Plus, the 6063 anodized aluminum body and reservoir tubing offer superior heat dissipation, corrosion resistance, and a high-tech appearance.

Practical Uses and Compatibility

These shocks are fully rebuildable and re-tunable, making them a versatile choice for various driving conditions. Whether you're tackling extreme off-road situations or enjoying a smooth commute, the Icon 2.0 Aluminum Series Rear Shocks have got you covered. The fitment is tailored for 2022-2024 Toyota Tundra with a 0-1.5" lift and 2023-2024 Toyota Sequoia with a 0-3" lift, ensuring a perfect fit and optimal performance. These shocks are also compatible with rear coil springs and OE Load-leveling Air Suspension systems, making them a versatile upgrade for a wide range of Toyota Tundra and Sequoia models.