TEAMPOWERS TP-PG4832 48P 32T Hard-Coated Pinion Gear - Track Ready Upgrade  [TP-PG4832]

TEAMPOWERS Hard-Coated 48P Pinion Gear , 32T (TP-PG4832)
Price:
£4.11
Brand:
Team Powers
Model:
TP-PG4832
Condition:
Brand New
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Track focused pinion from TEAMPOWERS TP-PG4832

The TEAMPOWERS Hard-Coated 48P Pinion Gear, 32T (TP-PG4832) is aimed at drivers seeking precise gear engagement and a tough surface treatment for regular track use. The pinion keeps mesh stable and helps preserve spur life.

Hard Coat for Reduced Wear

The durable coating on the 32T pinion limits tooth wear during repeated runs, protecting the gear profile so you maintain consistent ratios and predictable handling over time.

Low Friction for Smoother Acceleration

Optimised tooth form and a low friction finish assist efficient power flow from motor to drivetrain, giving cleaner throttle response and less wasted energy.

Wide Compatibility with 48P Motors

Manufactured to 48P standards, this pinion fits many popular motors and lets you swap ratios without concerns over poor fit or excessive slippage.

Will the TP-PG4832 work on small touring cars?

Yes, if your touring car motor uses a 48P pinion interface and the shaft dimensions match, the 32T pinion will fit and provide reliable engagement.

Does the hard coat change gear running temperature?

The coating itself has minimal effect on temperature; proper mesh and lubrication have a greater impact on heat generated by the drivetrain.

Are spare pinions available in other tooth counts?

Different tooth counts are common for tuning top speed versus acceleration. Check supplier listings for alternate 48P counts that suit your desired ratio.

How often should I inspect the pinion?

Inspect visually after heavy use or every few sessions; look for chipped teeth, uneven wear or loosening at the set screw and address issues before long runs.

Is special tooling needed to fit this pinion?

No special tools are required beyond a suitable hex for the grub screw and a method to set and check mesh; a feeler or paper method is usually sufficient.

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