Kyosho UB037 Dual Slipper Sheat White 2-Piece Set  [KY-UB037]

Kyosho UB037 - Dual Slipper Sheat(White/2Pcs)
Price:
CAD$24.78
Brand:
Kyosho
Model:
KY-UB037
GTIN:
4548565494705
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $19.79 each $9.97 or 20%
3+ $18.81 each $17.90 or 24%
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Upgrade traction with Kyosho UB037 Dual Slipper Sheat

The Kyosho UB037 Dual Slipper Sheat, supplied as two white pieces, is a handy accessory for RC drivers wanting to improve vehicle traction and longevity. Made for general RC use, these sheats help protect drivetrain parts while providing more consistent grip on varied surfaces.

Performance advantages for track and trail

These dual slipper sheats are shaped to increase surface contact and control so your model handles a range of terrain. From tight circuit corners to rough off-road runs, the UB037 sheats help keep the car stable under load.

Model fitment and simple fitting

The Kyosho UB037 fits a range of compatible RC models, making it useful for owners with multiple cars. Installation is straightforward and typically involves replacing your existing slipper sheats following your model manual.

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.
Compatibility depends on the specific chassis and slipper assembly. Check mounting dimensions and compare them with your current sheats before fitting.
They can reduce wear on the slipper components, but regular inspection and cleaning are still recommended to maintain consistent performance.
Fitting method varies by model. Most installations use the existing slipper hardware, so no permanent bonding is required unless your chassis design specifies it.
By improving traction and reducing slip, the sheats can help with stability on landings, though suspension setup remains the primary factor for jump control.

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