null

XCLUTCH XFMI011CL - 07-17 Mitsubishi Lancer EVO X 2.0L Lightweight Chromoly Flywheel

Write a Review
SKU:
XCL-XFMI011CL

Description

XCLUTCH - XFMI011CL

Single Mass Flywheel; Lightweight Chromoly

XClutch lighweight chromoly flywheels are explosion-proof and are designed and engineered for optimal performance and quality. XClutch flywheels come with an integral ring gear and timing sensor ring if applicable.

XClutch flywheels are designed and engineered to the highest standards and are available in a range of configurations for various performance applications. Utilising the highest quality materials for the ultimate in strength and weight reduction, the XClutch flywheel range has been developed to offer a wide range of options for various vehicle applications. With over 30 years of clutch engineering experience, XClutch offers an extensive range of quality engineered performance upgrades for almost any vehicle in the market. Whether it is for a modified street car, dedicated race car or an off-road 4x4, the XClutch range is designed to provide the ultimate solution for your vehicle. XClutch performance flywheels have been designed to meet the highest quality standards and are commonly used in both street and motorsport applications. Utilising the highest quality materials and carefully designed to ensure exceptional strength, XClutch flywheels are the flywheel of choice for many top motorsport teams and tuners from around the world. XClutch chromoly flywheels are designed for street and motorsport applications where low rotational inertia and strength are critical.

  • Recommended for Track Use
  • 4140 Chromoly
  • Lightweight Design
  • Suit Single Disc Applications

Flywheel Weight (lbs): 9.52
Friction Surface Configuration: Flat
Material: Chromoly
Tooth Quantity: 114

Extra Information

Brand:
XCLUTCH
Stock:
1
Vendor:
Premier - CSR
SpecialOrder:
True
CarbRejected:
False
CouponIsOn:
True
StockEta:
N/A
ProfitMargin:
26.100
CostOfItem:
280.50
ItemPopularity:
0
MapPrice:
417.27
RetailPrice:
463.63
EbayAllowed:
False