2022-2025 Tundra 2.5" Diameter Front Remote Reservoir Coilovers & Adjuster (KIN25001-396A)
Price Beat Guarantee
We'll beat any competitor by $5. Guaranteed.
Price Match Request
2022-2025 Tundra 2.5" Diameter Front Remote Reservoir Coilovers & Adjuster (KIN25001-396A)
Engineered by King for the 2022+ Toyota Tundra, this front coilover suspension system delivers precision-tuned damping and spring characteristics developed through rigorous field validation. The 2.5-inch diameter remote reservoir design provides superior heat dissipation and consistent performance across demanding driving conditions, while the integrated adjuster allows fine-tuning to match your specific setup requirements. Purpose-built to maximize both capability and comfort on and off-road.
Features
- 100% bolt-on performance.
- Increased wheel travel!
- Adjustable ride height.
- Large 2.5" shock bodies increase fluid capacity for smoother, cooler running shocks.
- Factory tuned for optimal ride quality.
- Extensive dynamometer lab testing and punishing real world testing to develop the optimal damping curves and spring rates for your Toyota.
- Built from the same quality materials and to the same precise tolerances as King’s top of the line Pure Race series shocks.
- Fully rebuildable, serviceable and tunable.
- External reservoirs dramatically increase fluid capacity, heat dissipation and provide sustained damping performance even under the most punishing conditions.
- All new threaded end cap design with new Schrader valve protective cap.
- Made from extruded 6061-T6 aluminum.
- New improved reservoir mounts. No more hose clamps!
Specifications
- COMP LENGTH (IN): 16.277
- DRIVETRAIN: 2WD
- DRIVETRAIN: 4WD
- EXT LENGTH (IN): 22.250
- GAS PRESSURE (PSI): 150.000
- STROKE (IN): 5.973
Installation Instructions
Installation Instructions
Warranty
Warranty
Vehicle Fitment
Vehicle Fitment
Part Specifications
-
Part No.KIN25001-396A
-
VendorKing Shocks
-
Shipping Weight74.5 lb
-
Length
-
Width
-
Height
-
Placement
-
Prop 65⚠️ Warning: Cancer & Reproductive Harm
