





RK Chain 520XRE
Tensile Strength: 8,200 lbs
Max CC Racing: 800cc Street & Off-road
Max Horsepower: 130 HP
Weight: 3.44 lbs
Max Chain Width: 21.7mm
Masterlink Included: Rivet, Clip available additional cost.
RK’s XRE series chains are the successor to XSO chains. Compared to XSO, XRE series chains feature a 20% longer wearlife. XRE chains include XW-sealing rings which provide two lubrication pools which help protect against high speed abrasion and prevent dirt and debris from penetrating the inner rollers/bushings of the chain. XRE series chains are available in 520, 525 & 530 pitch. XRE’s features create a perfect balance between high tensile strength, lightweight while maximizing wearlife.
Tensile Strength: 8,200 lbs
Max CC Racing: 800cc Street & Off-road
Max Horsepower: 130 HP
Weight: 3.44 lbs
Max Chain Width: 21.7mm
Masterlink Included: Rivet, Clip available additional cost.
RK’s XRE series chains are the successor to XSO chains. Compared to XSO, XRE series chains feature a 20% longer wearlife. XRE chains include XW-sealing rings which provide two lubrication pools which help protect against high speed abrasion and prevent dirt and debris from penetrating the inner rollers/bushings of the chain. XRE series chains are available in 520, 525 & 530 pitch. XRE’s features create a perfect balance between high tensile strength, lightweight while maximizing wearlife.
Tensile Strength: 8,200 lbs
Max CC Racing: 800cc Street & Off-road
Max Horsepower: 130 HP
Weight: 3.44 lbs
Max Chain Width: 21.7mm
Masterlink Included: Rivet, Clip available additional cost.
RK’s XRE series chains are the successor to XSO chains. Compared to XSO, XRE series chains feature a 20% longer wearlife. XRE chains include XW-sealing rings which provide two lubrication pools which help protect against high speed abrasion and prevent dirt and debris from penetrating the inner rollers/bushings of the chain. XRE series chains are available in 520, 525 & 530 pitch. XRE’s features create a perfect balance between high tensile strength, lightweight while maximizing wearlife.