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UST Mamiya shaft

The UST Mamiya Helium Nanocore Wood Shafts is a fairway shaft in 4 flexes — it weighs 44–57 g with 5.7–6.3° torque.

Weight and torque, one panel eachpublished figures only
WEIGHT · GRAMS · 44g–57g44g46g47g53g56g57gLARARSTORQUE · DEGREES · 5.7°–6.3°6.3°6.3°6.3°5.7°5.7°5.7°LARARS
Published weight and torque for all 6 options, on two separate scales — grams and degrees share none.

View on UST Mamiya →

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How this shaft reads against the database

Flex

6 distinct weight-and-torque points across 6 flexes are ringed. Pick one above to read its exact position.

Weight and torque against every fairway shaft

Every fairway shaft variant on record publishing both a weight and a torque, binned by density — the ringed marks are this shaft.

LAUNCH AND SPIN

UST Mamiya does not publish a launch or spin rating for this shaft. We do not infer one — a kick point is a related measurement, not the same measurement.

STIFFNESS BY SECTION

Neither UST Mamiya nor our derived profile has a stiffness reading for the butt, mid and tip of this shaft. Nothing here is estimated, so there is nothing to draw.

Specifications by flex

What this record publishes. Across 6 flex options: weight, torque, tip diameter and launch rating on every one; no spin rating and kick point at all.

6 rows, unsorted.

L446.30.335463highHelium Nanocore IP 4F1
A466.30.335463highHelium Nanocore IP 4F2
R476.30.335463highHelium Nanocore IP 4F3
A535.70.335463highHelium Nanocore IP 5F2
R565.70.335463highHelium Nanocore IP 5F3
S575.70.335463highHelium Nanocore IP 5F4

What's on this page

In progress2 of 3 built

2 of 3 parts of this shaft page are built, and we're filling in the rest.

  • UST Mamiya's own specs, partly built.Taken from UST Mamiya's product page. We haven't found their full spec sheet for this shaft yet, so some figures they publish may be missing.
  • Flex options, built.6 flexes, each with a published weight.
  • Launch, spin and torque, built.Published for every flex — the figures a fitter compares shafts on.

The site is in beta and the database is still being built, so expect gaps. Know something we don't? Help us fill it in — a link to where it's published is worth more than anything else you could send.

Know something about this shaft? 2 fields we don't hold — or tell us something here is wrong