King Shocks 2.5″ Rear Coilovers w/ Remote Reservoir Pair 25001-401 Sequoia 2023+

King Shocks has packaged its race-proven shock technology into a bolt-on coilover system for replacing OEM components, and it’s now available for the 2023+ Toyota Sequoia. This upgrade kit elevates on- and off-road performance with King Shocks’ unique damping and unmatched ride quality. These vehicle-specific kits are developed in punishing real-world environments resulting in a flawless design featuring the optimal damping and spring rates for the 2023+ Toyota Sequoia. No cutting or welding is required, and all necessary components, brackets, and instructions are included.

King Shocks manufactures and services custom-made adjustable and rebuildable automotive shock absorbers and performance racing products for utility vehicles, OEM replacement, and professional racing use. The company prides itself on putting quality, performance, and customer service above all else. Every product King Shocks sells is the result of constant testing and development done with top racers in competition worldwide. This real-world testing exposes its designs to a level of abuse and destructive forces that cannot be duplicated in a laboratory. In addition to King Shocks? busy field-testing schedule, preliminary designs are quantified using their state-of-the-art, electromagnetic shock dyno capable of inducing shaft speeds up to 120 inches per second. King Shocks’ “hands-on” experience enables the company to make rapid design advancements that competitors can’t even dream of.

Features:

< li >Lightweight, hard anodized 6063 aluminum alloy reservoirs

< li >Truncated thread design for strength and trouble-free spring preload and height adjustments

< li >Vehicle-specific mounts machined from aircraft-quality billet aluminum

< li >Heat-treated 6061 aluminum alloy piston with thoroughly developed port configurations for famous King Shocks ride quality

< li >Available with adjustable damping

Fitment:

< li >Toyota Sequoia 2023

WARNING: Cancer and Reproductive Harm