Kyosho TF261-03 Aluminum Differential Shaft Set for TF7  [KY-TF261-03]

Kyosho TF261-03 - Aluminum Differential Shaft Set (TF7)
Price:
CAD$29.79
Brand:
Kyosho
Model:
KY-TF261-03
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $23.69 each $12.20 or 20%
3+ $22.51 each $21.86 or 24%
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Strength and precision for TF7 drivetrains

The Kyosho TF261-03 Aluminum Differential Shaft Set is made for the TF7 chassis to give a tougher, more reliable drivetrain. Machined from quality aluminum, these shafts reduce wear and help maintain smooth gear engagement for racers looking to keep lap times consistent.

Performance under race conditions

Built to handle the stresses of track use, the TF261-03 shafts offer higher resistance to bending and surface fatigue. Their precise dimensions help improve torque delivery and responsiveness so your TF7 runs cleaner through corners and on acceleration.

Simple fitment to TF7 components

The set is shaped to match TF7 mounting points for straightforward installation and dependable alignment. Whether you are refreshing worn parts or upgrading for harder running, the TF261-03 provides a direct replacement that keeps your drivetrain reliable.
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 these shafts fit older TF7 builds?

They are specified for the TF7 chassis; most standard TF7 generations will accept the TF261-03 without modification, but check your chassis parts layout before fitting.

Do I need special tools to install them?

Basic RC hand tools are usually sufficient: hex drivers, pliers and a torque-appropriate driver for retaining screws. Precision alignment during reassembly is important.

Are these shafts a good upgrade for 1/10 touring racing?

Yes. For 1/10 scale TF7 racecars, the increased shaft durability can reduce drivetrain failures and give more consistent handling across long runs.

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