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King Shocks | 2013-2026 Dodge Ram 3500 4WD Rear 2.5 Inch Remote Reservoir Shock - Pair
King OEM performance kit custom tuned to provide your vehicle with unparalleled levels of performance and ride quality. Each kit has been subjected to punishing real world testing to develop the optimal damping curve and spring rate (if applicable) for your vehicle.
Kit Features
- 100% bolt-on performance.
- NOT for lifted applications.
- Increased wheel travel.
- 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 for your Ram 3500.
- 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.
$375.39
Original: $1,072.55
-65%King Shocks | 2013-2026 Dodge Ram 3500 4WD Rear 2.5 Inch Remote Reservoir Shock - Pair—
$1,072.55
$375.39
Description
King OEM performance kit custom tuned to provide your vehicle with unparalleled levels of performance and ride quality. Each kit has been subjected to punishing real world testing to develop the optimal damping curve and spring rate (if applicable) for your vehicle.
Kit Features
- 100% bolt-on performance.
- NOT for lifted applications.
- Increased wheel travel.
- 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 for your Ram 3500.
- 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.
