Serpent 402172 Wishbone lower rr X26 - Rear Wishbone Arm for Medius X26 steel EP (SER400052)  [SER402172]

Serpent SER402172 Wishbone lower rr X26
Price:
USD$111,575.70
Brand:
Serpent
Model:
SER402172
Condition:
Brand New
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Rear lower wishbone for Medius X26

The Serpent 402172 Wishbone lower rr X26 is an RC-scale rear lower wishbone intended for use with the Medius X26 steel EP chassis family as identified by SER400052. This component is presented as a direct spare or replacement part for the rear suspension layout, retaining the original mounting points and attachment geometry to match the Medius X26 platform.

Made from steel as noted in the product designation, the part serves a structural role in connecting the hub carrier and lower suspension members. When replacing a worn or damaged wishbone, maintain alignment of ball studs and pivot points to preserve roll center and suspension kinematics.

Installation notes: verify thread engagement on all fasteners and use threadlocker where the chassis setup requires it, torque to the values specified by your Medius X26 service documentation. After fitting, perform a static check of suspension travel and a short functional test to confirm no binding or unexpected play.

Tuning role: the lower wishbone affects lateral stiffness and pivot behavior; swapping between original and aftermarket materials can alter feedback and durability. Use this part when restoring factory geometry or when a steel component is required for increased wear resistance in high-impact environments.

Specifications

  • Item: Wishbone lower rear X26
  • Material: Steel
  • Model Number: 402172
  • Compatibility: Medius X26 steel EP (SER400052)

Use the Serpent 402172 wishbone to maintain correct rear suspension geometry on Medius X26 steel EP chassis, and follow routine checks after installation to ensure consistent handling.

It is listed for compatibility with Medius X26 steel EP (SER400052) and is intended to match the original lower rear wishbone geometry.
The product designation indicates steel construction.
Ensure correct torque on fasteners, confirm ball stud engagement, and verify full travel without interference before track use.
Material stiffness can influence feedback and durability; steel components generally increase wear resistance and alter lateral stiffness versus composite arms.

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