Drive Joint Cup for LAZER ZX7.5 - Kyosho LA405  [KY-LA405]

Kyosho LA405 - Drive Joint Cup (ZX7.5)
Price:
CAD$17.46
Brand:
Kyosho
Model:
KY-LA405
GTIN:
4548565524068
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $14.64 each $5.64 or 16%
3+ $13.91 each $10.65 or 20%
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Replacement Drive Cup for LAZER ZX7.5

The Kyosho LA405 Drive Joint Cup is a scale replacement part built to fit LAZER ZX7.5 models. It forms the connection between the drive shaft and the universal joint, locating the shaft and transferring torque cleanly through the drivetrain.

Intended as a service spare, this component is used for routine maintenance or repair after impact or wear. Fitment is limited to LAZER ZX7.5 as specified, and the cup should be inspected for wear or deformation before installation to prevent drivetrain runout.

Installation tips and tuning impact: when fitting the drive cup, check the mating surfaces and any retaining pins or fasteners for damage, ensure the cup seats concentrically on the drive shaft, and confirm free rotation of the joint after assembly. Minor drivetrain alignment adjustments can reduce vibration and improve smoothness, aiding consistent power delivery on electric on-road RC cars.
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 this cup fit other Kyosho models?

This cup is specified for LAZER ZX7.5 only. Verify your chassis compatibility and measurements before purchase to ensure correct fit.

What should I inspect when installing the drive cup?

Inspect mating surfaces and retaining hardware for wear or damage, confirm concentric seating on the drive shaft, and check that the joint rotates smoothly after assembly.

Can a new drive cup improve drivability?

Replacing a worn or damaged cup can reduce drivetrain vibration and improve consistency, which supports smoother power transfer during normal operation.

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