Butterfly · OFF+

Mizutani Jun ZLC

5W+2 ZLC · Outer

Specifications

Playing style
OFF+
Price
Not published
Weight
87 g
Thickness
5.7 mm
Plies
7
Composition
5W+2 ZLC
Outer ply
Limba
Core wood
Kiri
Carbon type
ZLC
Fibre placement
Outer
Blade size
157 × 150 mm
Handle types
FL · AN · ST
Made in
Not published
Release year
Not published

Metadata confidence: Secondary sources

Blade construction

Estimated

5W+2 ZLC · Outer

7 plies · Limba surface · ZLC outer fibre · Kiri core · 5.7 mm total

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 Mizutani Jun ZLC with 7 plies: Limba · ZLC · Limba · Kiri · Limba · ZLC · Limba.

Stack order · outer face to outer face

  1. 1 · Outer ply

    Limba

  2. 2 · Fibre layer

    ZLC

  3. 3 · Medial ply

    Limba

  4. 4 · Core

    Kiri

  5. 5 · Medial ply

    Limba

  6. 6 · Fibre layer

    ZLC

  7. 7 · Outer ply

    Limba

  • Limba

    Outer ply · Medial ply · layers 1, 3, 5 and 7

    Softer touch · Longer dwell

  • ZLC

    Fibre layer · layers 2 and 6

    High speed · Elastic response

  • Kiri

    Core · layer 4

    Lower weight · Controlled rebound

Stack order — face A to face B

  1. 01
    LimbaOuter ply

    Soft, open-grained outer veneer — long dwell, a wooden feel and easy spin on slow strokes.

  2. 02
    ZLCFibre layer

    Zylon-carbon — high speed with a softer, more elastic response than pure carbon.

  3. 03
    LimbaMedial ply

    Soft, open-grained outer veneer — long dwell, a wooden feel and easy spin on slow strokes.

  4. 04
    Kiri — coreCore

    Paulownia core — extremely light, damping the stack and slowing the blade down for control.

  5. 05
    LimbaMedial ply

    Soft, open-grained outer veneer — long dwell, a wooden feel and easy spin on slow strokes.

  6. 06
    ZLCFibre layer

    Zylon-carbon — high speed with a softer, more elastic response than pure carbon.

  7. 07
    LimbaOuter ply

    Soft, open-grained outer veneer — long dwell, a wooden feel and easy spin on slow strokes.

Secondary sources · 7 of 7 plies with published material · stack order unconfirmed

About this blade

Butterfly Mizutani Jun ZLC is a 7-ply blade built around ZLC fibre placed outer, with Limba on the playing surface and a Kiri core. Limba in the outer layer: Soft, open-grained outer veneer — long dwell, a wooden feel and easy spin on slow strokes. Kiri in the core: Paulownia core — extremely light, damping the stack and slowing the blade down for control. ZLC in the fibre layer: Zylon-carbon — high speed with a softer, more elastic response than pure carbon. Physically it measures 5.7 mm thick, around 87 g. Butterfly positions it for off+ play.

TTDNA ratings

Normalized

Performance

Speed90
Control47
Spin Potential47
Feel34
Flex·19
Dwell Time48
Catapult66
Stability73
Precision64
Forgiveness39
Power86
Short Game32
Blocking52
Looping56
Countering77
Flat Hitting78
Flicking58
Chopping31
Lobbing35
Touch40

Construction

Stiffness·81
Vibration·21
Sweet Spot77
Ball Hold47
Head Heaviness·53
Balance86
Weight·57
Weight Consistency81
Thickness·28
Overall Thickness·28
Handle Thickness·50
Handle Size·50
Handle Comfort82
Surface Hardness·55
Surface Finish81

Material properties

Carbon Feel·79
Carbon Intensity·78
Outer Feel69
Inner Feel33
Wood Feeling30
Crispness69
Softness·35
Elasticity48
Rebound Speed84
Energy Return76
Damping21

Playing profile

Offensive Rating75
Defensive Rating30
Allround Rating65
Beginner Friendliness34
Advanced Potential77
Technique Requirement·78
Spin Sensitivity·42
Passive Stability32
Active Stability82

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.

TTDNA ratings are normalized comparison values, not laboratory measurements. They are built from published specifications, technical sources and structured product evidence, converted to one 0–100 scale. Where a directly comparable measurement is unavailable, the value is an evidence-based estimate. Overall-style scores are composites of several characteristics. Methodology