Kyosho TF261-03 Precision Aluminium Differential Shafts for TF7  [KY-TF261-03]

Kyosho TF261-03 - Aluminum Differential Shaft Set (TF7)
Price:
£16.26
Brand:
Kyosho
Model:
KY-TF261-03
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 £12.95 each £6.62 or 20%
3+ £12.31 each £11.86 or 24%
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Precision aluminium upgrades for the TF7

The Kyosho TF261-03 Aluminium Differential Shaft Set is engineered to suit the TF7 chassis, providing a higher-grade shaft option for those maintaining or upgrading their drivetrain. Precision machining and aluminium construction reduce wear and help preserve consistent gear engagement over time.

Consistent drivetrain performance

These shafts are produced to resist common wear and deliver steadier power transfer, which helps maintain predictable handling across race runs. The TF261-03 contributes to a drivetrain that reacts reliably under varied load conditions.

Compatibility with TF7 parts

Designed for direct fitment to TF7 differential assemblies, the shafts allow simple replacement of worn items. Fit them during routine maintenance or when seeking a more durable alternative to stock components.
Remark :
Due to limited stock availability, please notice that some Kyosho items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Will fitting these need changes to my diff case?

No case modification is typically required for standard TF7 assemblies; fitment is intended to be a direct swap but verify clearances during installation.

Are these shafts heavier than stock?

Aluminium shafts may have a slightly different mass compared with stock parts depending on the original material, but any change is generally negligible for handling at this scale.

Can I run them with my current diff gears?

Yes, the TF261-03 is compatible with standard TF7 diff gear sets; ensure gear mesh and bearing condition are correct for best results.

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