Load image into Gallery viewer, 2003-2009 4th Gen 4Runner ADS Direct Fit 2.5" Remote Reservoir Race Rear Shocks
Load image into Gallery viewer, 2003-2009 4th Gen 4Runner ADS Direct Fit 2.5" Remote Reservoir Race Rear Shocks

2003-2009 4th Gen 4Runner ADS Direct Fit 2.5" Remote Reservoir Race Rear Shocks

Regular Price $1,389.95
Sale Price $1,389.95 Regular Price
Sale Sold Out
Unit price
/per 
This is a pre order item. We will ship it when it comes in stock.
Vendor ADS

SKU: 250-4RFJR-000

Overview:
Race-ready 2.5" remote reservoir rear shocks for 2003–2009 4Runner models, engineered for thermal efficiency, advanced damping control, and high-performance off-road use. Built for extended articulation and terrain adaptability.
– Remote reservoirs with optional adjusters allow precise compression tuning
– 2.5" shock body increases fluid volume to resist fade under harsh use
– Cerakote®-finished zinc body enhances corrosion resistance and longevity
– Spherical bearings and machined rod ends ensure articulation and strength
– Designed for long stroke travel to support greater suspension flexibility
– Fully rebuildable for continued use in demanding environments

Specifications:
– 2.5" electric zinc-plated steel shock bodies with Cerakote® finish
– Black anodized billet aluminum top and bottom caps
– Machined rod ends with high-strength spherical bearings
– Remote reservoirs with external compression adjusters
– Filled with Shaeffer’s synthetic high-temperature hydraulic fluid
– Long-travel stroke length design
– Fully rebuildable construction
– Made in the USA

Fitment:
2003–2009 Toyota 4Runner

Notes:
Sold as a pair. Stroke length refers to the distance a shock absorber's piston travels between full compression and full extension. It's a key factor in determining suspension travel and flexibility, directly impacting ride quality and off-road performance. A longer stroke allows for greater articulation and smoother absorption of impacts, while a shorter stroke is often used in performance-oriented setups for improved control and stability.

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