King Shocks 30001-402 3.0 Rear Bypass Shocks for 10-14 Ford Raptor 4WD

Vehicle Fitment

• 2010-2014 Ford F-150 SVT Raptor (4WD, all trims)

Features

• King Shocks 3.0" rear bypass shock pair engineered for high-performance off-road use
• Three-tube bypass design allows independent tuning of compression and rebound
• Piggyback reservoir increases fluid capacity and heat dissipation
• Built with 1" diameter shafts for strength and durability
• Large 3.0" shock bodies deliver smooth damping and enhanced wheel control
• Bolt-on kit with direct fit - no cutting or welding required
• Precision-tuned valving for improved ride quality over stock shocks
• Fully serviceable and rebuildable design for long-term use

Specifications

• Part Number: 30001-402
• Application: Rear shock absorbers (pair)
• Shock Body Diameter: 3.0"
• Bypass Design: 3-tube adjustable
• Reservoir: Piggyback reservoir
• Compressed Length: ~18.05"
• Extended Length: ~29.73"
• Stroke: ~11.68"
• Gas Pressure: ~150 psi
• Drivetrain: 4WD

Included Components

• 2x Rear 3.0" bypass shocks (King 30001-402)
• Mounting hardware (bushings, washers, bolts)
• Installation instructions

Product Description

The King Shocks 30001-402 Rear Bypass Shock Set is a top-tier performance suspension upgrade designed specifically for 2010-2014 Ford F-150 SVT Raptor 4WD trucks. Featuring a large 3.0" shock body paired with a three-tube bypass design, these shocks offer independent compression and rebound adjustment for unparalleled control over rough terrain, deep whoops, and high-speed desert driving. The piggyback reservoir increases fluid volume and enhances cooling for sustained performance under demanding conditions.

King's bypass shocks are precision engineered to deliver smoother damping, better bottoming resistance, and improved wheel travel compared to stock shocks, while the bolt-on installation uses factory mounting locations with no cutting or welding required. Fully serviceable and rebuildable, this pair is ideal for Raptor owners seeking race-level suspension performance with adjustability to fine-tune ride dynamics based on load, terrain, and driving style.