AXIAL SCX10 II 48 Pitch 26T Hard Steel Transmission Gear SSCX4826T by GPM  [SSCX4826T]

AXIAL Racing SCX10 II Hard Steel 48 Pitch 26T Transmission Gear - 1pc - GPM SSCX4826T
Price:
CAD$12.29
Brand:
GPM
Model:
SSCX4826T
GTIN:
4894538265897
Condition:
Brand New
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alt="AXIAL Racing SCX10 II Hard Steel 48 Pitch 26T Transmission Gear - 1pc - GPM SSCX4826T" title="AXIAL Racing SCX10 II Hard Steel 48 Pitch 26T Transmission Gear - 1pc - GPM SSCX4826T"
alt="AXIAL Racing SCX10 II Hard Steel 48 Pitch 26T Transmission Gear - 1pc - GPM SSCX4826T" title="AXIAL Racing SCX10 II Hard Steel 48 Pitch 26T Transmission Gear - 1pc - GPM SSCX4826T"

SCX10 II gear replacement

This 48 pitch 26T hard steel transmission gear is intended for AXIAL SCX10 II platforms and is identified as part number SSCX4826T. It serves as an RC-scale replacement gear suited to gearbox output shafts or intermediate stages where 48 pitch teeth are required.

The component is intended to improve drivetrain durability and tuning options: replace worn factory gears, synchronise ratios for specific builds, or upgrade from softer materials that showed premature wear. When installing this 26T gear, confirm correct mesh with the mating spur or pinion, check axial alignment at the bearing seats, and avoid excessive preload that can raise friction and heat.

Installation notes: ensure your mating pinion is 48 pitch to avoid mismatched engagement, inspect bearings and shafts for wear before final assembly, and run the driveline at low speed after fitting to verify smooth rotation and correct mesh under load. This item is supplied as a single replacement piece for model-scale drivetrains and is for RC use only.

This item is compatible with

  • AXIAL SCX10 II
It is made for SCX10 II setups that use 48 pitch gearing. Check that your existing spur and pinion are 48 pitch before installing to ensure proper engagement.
Verify gear mesh and axial alignment, confirm bearings and shafts have minimal play, and run the drivetrain slowly under light load to confirm there is no binding.
Hard steel offers greater wear resistance than softer materials, but it depends on correct mesh and bearing support; improper setup can transfer wear to mating components.

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