Elka Suspension

'10-14 Toyota FJ Cruiser 2.5 RR Rear Shocks

  • VENDOR: Elka Suspension
  • PART#: ELKA-90018
  • YOUR PRICE: Regular price $1,429.99

PRODUCT OVERVIEW:

The 2.5 RESERVOIR model features an external reservoir with increased oil volume for cooler operating temperature, providing better performance and consistency. These shocks are a good performance upgrade over OEM shocks.

SPECS:

  • Lift Range: 0 in. to 2 in. lift
  • Shock Model: 2.5 RESERVOIR
  • Shock Type: NON-COILOVER
  • Reservoir Configuration: REMOTE
  • Body Diameter / Material: 56mm, ALUM.
  • Extended Length: 24.60 in.
  • Compressed Length: 16.02 in.
  • Stroke: 8.58 in.

KEY FEATURES:

  • Firm and stable handling for driving on desert and fire roads (sports car feeling);
  • Plush compliance while off-road driving over washboard;
  • Strong ramping effect for extra bottom-out protection over large dips and washes;
  • Maximum articulation and traction for rock climbing.
  • High-performance off-road capabilities
  • Improved handling and comfort for casual driving
  • Better traction
  • Provides leveling capabilities for better weight distribution
  • Increased protection against bottoming-out

RIDE ENHANCEMENTS:

  • Spring setup optimized for each setup
  • Better attenuation of vibration, leading to major noise reduction in the cabin (much less squeak and rattle)
  • Damping characteristics optimized for each truck and setup, providing a smoother ride
  • Increased comfort in both on road and off-road conditions, especially over washboard and square-edge impacts
  • More stable and more predictable handling
  • Reduced front-end diving when cornering or braking
  • Reduced rear-end bucking and lifting
  • Increased damping and spring rate for better handling when towing or loading truck

TECH INFO:

  • This configuration is optimized for use with stock geometry or can be used with lift kits between 0 in. to 2 in. that use stock length shocks (with or without relocator brackets).
  • Ride height is not affected by the installation of these shocks.