2023 Toyota Tundra Suspension Bump Stop - Rear ICON Vehicle Dynamics

  • Features:
    • Compliant yet durable micro cellular poly foam bump stop material
    • Progressive bump stop design to help bottom out
    • CNC machined 6061 aluminum components with a black anodized finish
    • CNC laser cut, precision brake-formed steel bracketry with durable black powder coat finish
    • Fits 2WD & 4WD applications
    • Bolt-on with no cutting or welding necessary for installation
  • This Rear Bump Stop Kit for 2022-2023 Toyota Tundra and 2023 Toyota Sequoia provides improved performance over the OE bump stops with an easy bolt-on installation. The micro-cellular foam material is more compliant and will help to soften bottom-outs when the suspension reaches full compression. The shorter overall height allows the bump stop to engage later in the compression travel, further improving suspension performance.

Additional Fitment Information:
Vehicle Rear Spring Position Sub Model
2023 Toyota Tundra Coil Rear SR5
1 In Stock
Best Price:

$287.72 USD
$345.26 USD
Brand ICON Vehicle Dynamics
Part # I4356112
Condition New
Warehouse B

ICON Vehicle Dynamics

  • The ICON Bump Stop Kit provides improved performance over the OE bump stops with easy bolt-on installation. The micro-cellular foam material is more compliant and will help to soften bottom-outs when the suspension reaches full compression.
  • 22-23 TUNDRA/23 SEQUOIA REAR FOAM BUMP STOP KIT
  • General

    California Proposition 65
    Warning: This Product Contains Chemicals Known To The State Of California To Cause Cancer, And Birth Defects Or Other Reproductive Harm.
    Attachment Type
    Bolt On
    Grade Type
    Performance
    Mounting Hardware Included
    Yes
    Bumper Type
    Foam Cell
    Bumper Material
    Foam
    Length
    3
    Title
    Icon 22-23 Toyota Tundra/23 Sequoia Rear Foam Bump Stop Kit
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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