King RS3010-BP4H Pure Race Bypass Shock Stroke Remote Reservoir - 3.0 4-Tube 10

The King RS3010-BP4H is a 3.0-inch Pure Race series bypass shock featuring a 4-tube bypass configuration with remote hose reservoir, engineered for elite off-road racing applications. This high-performance shock delivers 10 inches of stroke with a 1-inch hardened shaft and large 3/4-inch bypass tubes for maximum flow capacity and position-sensitive damping control.

Key Specifications:

• Compressed Length: 19.81 inches
• Extended Length: 29.81 inches
• Stroke: 10 inches
• Shock Body Diameter: 3.0 inches
• Shaft Diameter: 1 inch (induction hardened)
• Bypass Tubes: 4-tube configuration with large 3/4-inch diameter tubes
• Reservoir Type: Remote hose reservoir

Pure Race Technology:

• Independently adjustable bypass stages with 14 turns of precise adjustment per valve
• Position-sensitive damping with compression and rebound tubes operating independently
• Heat-treated stainless alloy valve springs resist fade at temperatures up to 450°F
• Precision-honed shock tubes with CNC-drilled and hand-deburred bypass ports
• Cold-drawn 2024 billet aluminum piston with PTFE-impregnated bronze wear band
• Hard-anodized 6063 aluminum alloy reservoir for superior heat dissipation
• 4130 Chromoly bypass tube construction

Race-Proven Performance:

• Designed for extreme competition environments including Baja 1000 and Dakar Rally
• Micro-polished shaft with Rockwell hardness of 60-65 resists rock bruising
• Each bypass stage independently tunable without interference between settings
• Superior tube flow capacity provides precise control throughout full range of adjustment
• Replaceable Teflon-lined stainless steel spherical bearings for smooth articulation

The King RS3010-BP4H represents the pinnacle of bypass shock technology, delivering unparalleled adjustability and control for serious off-road racing vehicles. Each shock is custom-built to order with premium materials and held to strict quality tolerances for sustained peak performance under the most demanding conditions.