HUDY 163031 Phillips Replacement Tip 3.0 x 80 mm  [HSP-163031]

HUDY 163031 - PHILLIPS SCREWDRIVER REPLACEMENT TIP 3.0 x 80 MM
Price:
AUD$24.04
Brand:
HUDY
Model:
HSP-163031
Condition:
Brand New
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Service-Grade HUDY 163031 Phillips Tip

Hobbyists looking for a dependable bit will find the HUDY 163031 Phillips Screwdriver Replacement Tip useful. The 3.0 mm head and 80 mm length are manufactured to tight CAD tolerances to seat properly in Phillips screws and cut down on slippage during fine adjustments.

Robust Spring Steel Tip

Manufactured from HUDY Spring Steel, the tip resists deformation and holds its torque performance. This material selection preserves the tip profile through repeated tightening and loosening, making it a reliable workshop companion.

Trusted for Routine Adjustments

From servo changes to chassis checks, the accurate tip profile reduces damage to screws and the tool itself, helping keep your models in top running order. Its design supports frequent servicing without compromising fit.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 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.

Does HUDY 163031 fit standard bit holders?

Yes, the tip is intended to be compatible with common Phillips bit holders used in RC tool kits, but check your holder dimensions to be sure.

How does the tip help prevent screw head damage?

The precise CAD fit reduces cam-out and distributes torque more evenly across the screw head, lowering the chance of rounding fasteners.

Is this tip suited to electric and nitro models alike?

Yes, the size and strength are appropriate for a wide variety of RC model maintenance tasks across different powerplants and components.

Any tips for extending bit life?

Avoid excessive impact, use the correct driver angle, and replace the bit if you notice any rounding or deformation to keep performance consistent.

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