Serpent 904110 Aluminium 2-Speed Bushing for 966-E Chassis  [SER904110]

Serpent SER904110 Bushing 2-speed Aluminium 966-E
Price:
CAD$7.98
Brand:
Serpent
Model:
SER904110
Condition:
Brand New
1 Reviews
Write a review

Upgrade the 966-E Drivetrain with Precision Aluminium Bushings

The Serpent 904110 Aluminium Bushing is made specifically for the 966-E chassis to deliver reliable two-speed engagement and reduced drivetrain wear. Its machined aluminium construction helps keep shifts crisp while resisting deformation under track conditions.

Advantages of Aluminium in Two-Speed Components

Aluminium combines light weight with strength, helping to lower rotating mass without sacrificing durability. The Serpent 904110 bushing is engineered to cut friction and wear, supporting consistent shift timing and longer service intervals for competitive setups.

Fitment Notes and Simple Installation

Built to fit the Serpent 966-E chassis with minimal play, this bushing installs with common hand tools and basic workshop skills. Check alignment and torque settings during assembly to ensure smooth operation and to prevent premature wear.

 

Product Reviews
1 Reviews
rating
I have been buying from your company for over three years now and you the most professional site i buy from. You always deliver quickly and have a great range of products at excellent prices. Thank you very much and i am loyal customer because you are the

Will this bushing work in other Serpent gearboxes?

This part is produced for the 966-E chassis geometry. It may fit other models only if their shaft and housing dimensions match, so verify measurements before assuming compatibility.

How often should I inspect the bushing?

Inspect the bushing during routine drivetrain checks or after heavy running sessions. Look for scoring, excessive play or corrosion and replace if any abnormal wear is found.

What tools do I need to fit the bushing?

Basic tools such as hex keys, screwdrivers and a small press or soft mallet for gentle seating are usually sufficient. Use proper torque and avoid over-tightening to protect the part.

Copyright © 2008-2025 rcjaz.ca All rights reserved