HUDY 101061 M6 Left-Handed Screw - Workshop Grade Fastener  [HSP-101061]

HUDY 101061 - Screw M6 Left
Price:
CAD$19.57
Brand:
HUDY
Model:
HSP-101061
Condition:
Brand New
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Workshop fastener for left-thread locations

The HUDY 101061 M6 Left-Handed Screw is a small but essential fastener for RC hobbyists who assemble or maintain models. This left-thread screw is made to fit common applications where reverse threading is required, giving secure retention for parts that face rotational forces.

Typical fitment areas

Left-handed screws like this HUDY M6 are often used in drivetrain sections, wheel hubs, or other assemblies where standard threads could loosen under rotation. Using a left-handed fastener helps keep components tight during running and reduces the need for constant retightening.

Fitting and handling guidance

To install the HUDY M6 Left-Handed Screw correctly, line it up with the matching left-thread hole and turn it counter to the usual direction for right-hand screws. Select the correct driver to avoid cross-threading and protect both the screw and the receiving part. Keeping a few spare left-thread screws in your toolkit is useful for frequent tinkerers.
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.

What areas of an RC car usually need left-handed screws?

Left-handed screws are typically placed where component rotation would tend to loosen a right-hand thread, such as some wheel hubs, differentials, or rotating drive parts.

Can I use the HUDY 101061 M6 Left-Handed Screw with alloy parts?

Yes, but take care when tightening into softer alloys; use appropriate torque and the correct driver to avoid stripping threads or deforming the mating part.

How do I avoid cross-threading this screw?

Start the screw by hand to feel the threads engage, then use the correct size driver and moderate force. If resistance feels abnormal, back off and re-align before proceeding.

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