X26 Antiroll Bar Ball Aluminium Upgrade - SER402188 by Serpent  [SER402188]

Serpent SER402188 Antiroll bar ball Aluminium (2) X26
Price:
CAD$158,145.16
Brand:
Serpent
Model:
SER402188
Condition:
Brand New
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Aluminium antiroll ball for X26

This Serpent SER402188 set contains two aluminium antiroll balls designed for X26 chassis. They act as a durable ball joint interface where the antiroll bar connects to the suspension linkages, providing a more robust mounting point than common plastic ends.

Sold as a pair (2 pcs) and manufactured from aluminium, these parts give a metal alternative for maintaining or upgrading the antiroll linkage. Compatibility is noted for X26 family models and the Medius X26 steel EP variant identified as SER400052.

Installation is straightforward for experienced hobbyists: remove the original ball ends from the antiroll bar linkage, fit the aluminium balls onto the linkage posts or retainers used by your chassis, and confirm free articulation through suspension travel. Standard RC hex drivers and pliers are sufficient; take care not to over-tighten linkage retainers.

In practical tuning, aluminium ball ends resist deformation under load and help preserve antiroll geometry across test runs, making antiroll behavior more repeatable during setup changes.

Specifications

  • Item Antiroll bar ball (2 pcs)
  • Material Aluminium
  • Model Number SER402188
  • Compatibility X26, Medius X26 steel EP (SER400052)

For X26 owners seeking a durable metal option for antiroll link joints, the Serpent SER402188 aluminium balls deliver a compact, repeatable mounting point that supports consistent antiroll tuning on on-road setups.

The package contains two aluminium antiroll bar balls supplied as a matched pair (2 pcs).
Yes. Compatibility listing includes X26 models and the Medius X26 steel EP variant (SER400052); check your linkage retainers for exact fit before final assembly.
No special tools are required beyond standard RC hex drivers and pliers. Follow normal service practice and avoid over-tightening.
Aluminium ends resist deformation better than plastic, helping keep antiroll geometry stable and making setup outcomes more repeatable during testing and track sessions.

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