Amultart

3W+2 ZLC · Outer

Specifications

Playing style: —
Price: —
Weight: —
Thickness: —
Plies: 5
Composition: 3W+2 ZLC
Outer ply: Hinoki
Core wood: Kiri
Carbon type: ZLC
Fibre placement: Outer
Blade size: —
Handle types: —
Made in: —
Release year: —

Metadata confidence: Partially resolved

Blade construction

3W+2 ZLC · Outer

5 plies · Hinoki surface · ZLC outer fibre · Kiri core

One blade, drawn as technical linework at real shakehand proportions. The laminated edge along the crown and right rim exposes every ply boundary in the stack. Edge depth is illustrative because physical veneer thickness is not published.

Exploded view of Amultart with 5 plies: Hinoki · ZLC · Kiri · ZLC · Hinoki. — HANDLE · NATURAL BLOND WOOD · WHITE AND GREY PINSTRIPES

Hinoki
Outer ply · layers 1 and 5
Soft and elastic · Deep catch
ZLC
Fibre layer · layers 2 and 4
High speed · Elastic response
Kiri
Core · layer 3
Lower weight · Controlled rebound

Stack order — face A to face B

01
HinokiOuter ply
Japanese cypress — soft, elastic and forgiving, with a deep catch on the ball.
02
ZLCFibre layer
Zylon-carbon — high speed with a softer, more elastic response than pure carbon.
03
Kiri — coreCore
Paulownia core — extremely light, damping the stack and slowing the blade down for control.
04
ZLCFibre layer
Zylon-carbon — high speed with a softer, more elastic response than pure carbon.
05
HinokiOuter ply
Japanese cypress — soft, elastic and forgiving, with a deep catch on the ball.

Partially resolved · 5 of 5 plies with published material · stack order unconfirmed

Sources: Butterfly — published ply construction; veneer species not named

About this blade

Butterfly Amultart is a 5-ply blade built around ZLC fibre placed outer, with Hinoki on the playing surface and a Kiri core. Its TTDNA profile reads fast — speed 82, control 50, feel 36 — with a stiff response and medium dwell. Hinoki: Japanese cypress — soft, elastic and forgiving, with a deep catch on the ball. Kiri: Paulownia core — extremely light, damping the stack and slowing the blade down for control. ZLC: Zylon-carbon — high speed with a softer, more elastic response than pure carbon.

TTDNA overview

Speed82

Control50

Spin Potential46

Feel36

Power80

Forgiveness41

Short Game37

Looping54

TTDNA ratings — all 55

Performance

#01Speed82

#02Control50

#03Spin Potential46

#04Feel36

#05Flex·26

#06Dwell Time49

#07Catapult64

#08Stability70

#09Precision62

#10Forgiveness41

#11Power80

#12Short Game37

#13Blocking52

#14Looping54

#15Countering72

#16Flat Hitting74

#17Flicking58

#18Chopping36

#19Lobbing39

#20Touch43

Construction

#21Stiffness·74

#22Vibration·23

#23Sweet Spot71

#24Ball Hold45

#25Head Heaviness·72

#26Balance76

#27Weight·83

#28Weight Consistency78

#29Thickness·66

#30Overall Thickness·66

#31Handle Thickness·50

#32Handle Size·50

#33Handle Comfort82

#34Surface Hardness·62

#35Surface Finish84

Material properties

#36Carbon Feel·77

#37Carbon Intensity·78

#38Outer Feel70

#39Inner Feel35

#40Wood Feeling30

#41Crispness69

#42Softness·33

#43Elasticity50

#44Rebound Speed77

#45Energy Return72

#46Damping24

Playing profile

#47Offensive Rating70

#48Defensive Rating36

#49Allround Rating73

#50Beginner Friendliness39

#51Advanced Potential71

#52Technique Requirement·72

#53Spin Sensitivity·41

#54Passive Stability36

#55Active Stability77

A TTDNA blade rating measures how much of the named characteristic a blade has. For descriptive rows — flex, stiffness, vibration, head heaviness, weight, thickness, carbon feel, softness, technique requirement, spin sensitivity — a higher number means more, not better.