Powerflex Lower Torque Mount Bush - Fast Road/Track - Hyundai i20 Models i20 BC3 inc N GD - PFF26-120P

Sale price219,00 leiPret cu TVA inclus
In stock at our warehouse

Position 20 on the manufacturer drawing

Instructiuni de montaj (PDF)

Lower Torque Mount Bush - Fast Road/Track, part of the Powerflex Road Series.

Fits

  • Hyundai Elantra Models Elantra AD (2015 - 2019)
  • Hyundai Elantra Models Elantra GT GD (2012 - 2015)
  • Hyundai Kona inc N (2018 on)
  • Hyundai Veloster Models Veloster FS (2011 - 2017)
  • Hyundai Veloster Models Veloster JS inc N (2018 on)
  • Hyundai i20 Models i20 BC3 inc N (2018 on)
  • Hyundai i30 Models i30 GD (2012 - 2015)
  • Hyundai i30 Models i30 PD inc N (2016 on inc Facelift)
  • Kia Cee'd/Proceed/XCeed Models Cee'd/Procee'd JD (2012-2018)
  • Kia Cee'd/Proceed/XCeed Models Cee'd/Proceed/XCeed CD inc GT (2018 on)

Specification

  • Manufacturer reference: PFF26-120P
  • Required per car: 1
  • Pack size: 1
  • Diagram reference: 20
  • OE numbers: 21950-S000, 21950A-5000
  • Series: Powerflex Road Series

Notes from Powerflex

PFF26-120P replaces the original rubber bush for increased engine stability under acceleration and boosts the torque reaction of the mount for improved acceleration response. The Purple 80A material makes for a more spirited drive better suited to fast road/track use. A slight increase in NVH should be expected but improved control of wheel spin/hop is achieved. To suit the variable requirements of the i30N driver, our new part is available in three different ratings of shore hardness to balance performance requirements. Whilst an increase in material stiffness will reduce engine movement, additional noise and vibration maybe felt. Yellow Shore A 70 is an upgraded replacement for the original bush, recommended for fast road usePurple Shore A 80 is a stiffer material to suit higher powered cars that may be used on the track Black Shore A 95 is our Black Series part for extreme Track and Motorsport applications for ultimate engine stabilityGraph showing Load vs Displacement of each of our materials compared with the original, rubber bush