XRAY 365878 Composite Spur 78T for 3-Pad Slipper Clutch  [XR-365878]

XRAY 365878 Composite 3-Pad Slipper Clutch Spur Gear 78T / 48
Price:
NZD$20.36
Brand:
XRAY
Model:
XR-365878
Condition:
Brand New
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alt="XRAY 365878 Composite 3-Pad Slipper Clutch Spur Gear 78T / 48" title="XRAY 365878 Composite 3-Pad Slipper Clutch Spur Gear 78T / 48"

Slim Lightweight Spur Gear for Performance RC

The XRAY 365878 Composite Spur Gear is tailored for the 3-Pad Slipper Clutch arrangement, offering a lightweight construction that still maintains robust wear resistance. This 78-tooth component is produced from XRAY composite to cope with the high rpm and torque of modern brushless setups.

Precision Finish for Reliable Meshing

Manufactured with close tolerances, each spur from XRAY aims to keep mass low while ensuring consistent tooth engagement. The stamped tooth number makes gear swaps straightforward for hobbyists who adjust gearing between sessions.
Remark :
Due to limited stock availability, please notice that some XRAY 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.

Do I need to modify my diff or gearbox?

No gearbox changes are typically required when fitting the XRAY 365878 to a compatible 3-pad slipper clutch; it is designed to match the standard layout and clearances.

Can I use this with high-turn motors?

Yes. The composite material tolerates the loads from high-turn and high-rev brushless motors, though correct pinion pairing is recommended for longevity.

How do I check for wear on the spur?

Inspect tooth edges for rounding, check for cracks at the hub, and confirm the stamped tooth number remains clear; replace if you notice uneven wear or damage.

Is this compatible with aftermarket pinions?

Yes, you can pair the XRAY 365878 with most aftermarket pinions that match the tooth profile and shaft size used by your chassis, but always verify mesh before first run.

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