ICON K53394T 2.5-Inch Stage 4 Suspension Kit Delivers Level Stance Enhancement and Premium Damping for 2023–2024 Toyota Sequoia TRD Pro

Restore balance and conquer rough terrain with the ICON K53394T 2.5-Inch Stage 4 Suspension Kit, a comprehensive system explicitly engineered for the 2023–2024 Toyota Sequoia TRD Pro to correct factory stance issues while providing robust 2.5-inch lift and advanced shock tuning for trail-ready durability.

• Exact Platform Calibration: Designed exclusively for 2023 and 2024 Toyota Sequoia TRD Pro models, this kit lowers the stock TRD Pro front end to establish a level, aggressive stance that improves headlight aim, vehicle tracking, and overall aesthetic proportion without compromising approach capabilities.
• 2.5-Inch High-Flow Shocks: Upgrades the suspension with 2.5-inch diameter billet aluminum shock bodies featuring advanced internal valving, which significantly increases fluid capacity and heat rejection compared to restrictive stock cast shocks for consistent performance during extended off-road excursions.
• Stage 4 Damping Performance: Implements sophisticated multi-step damping adjustments to eliminate chassis bounce and wheel hop, delivering a refined ride comfort on paved highways while gripping securely over rocks, sand, and washboard surfaces where factory shocks would fade or bind.
• Complete Installation Package: Ships as a ready-to-install solution containing all necessary bolts, nuts, and proprietary hardware including rear lowering brackets and heavy-duty bump stop extensions, ensuring direct attachment to the Sequoia's OE mounting points with zero fabrication required.
• Rugged Tubular Shock Construction: Manufactured with thick-wall aluminum tube bodies and polished stainless shafts resistant to corrosion and pitting, alongside durable rubber boots that shield internal components from mud, water, and debris ingesting during mudding or river crossings.
• Drivetrain Protection: Optimizes suspension geometry to reduce operating angles on factory CV joints and steering linkages, preventing premature wear and binding caused by excessive lift heights while maintaining proper wheel alignment specifications throughout the travel range.