Butterfly · OFF+

Lin Yun-Ju Super ZLC

5W+2 Super ZLC · Outer

Specifications

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

Metadata confidence: Specialist measured

Blade construction

Verified

5W+2 Super ZLC · Outer

7 plies · Koto surface · Super ZLC outer fibre · Kiri core · 5.6 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 Lin Yun-Ju Super ZLC with 7 plies: Koto · Super ZLC · Ayous · Kiri · Ayous · Super ZLC · Koto.

Stack order · outer face to outer face

  1. 1 · Outer ply

    Koto

  2. 2 · Fibre layer

    Super ZLC

  3. 3 · Medial ply

    Ayous

  4. 4 · Core

    Kiri

  5. 5 · Medial ply

    Ayous

  6. 6 · Fibre layer

    Super ZLC

  7. 7 · Outer ply

    Koto

  • Koto

    Outer ply · layers 1 and 7

    Crisp, direct hit · Speed off the bounce

  • Super ZLC

    Fibre layer · layers 2 and 6

    Stiffest fibre · Hard catapult

  • Ayous

    Medial ply · layers 3 and 5

    Lower weight · Wider sweet spot

  • Kiri

    Core · layer 4

    Lower weight · Controlled rebound

Stack order — face A to face B

  1. 01
    KotoOuter ply

    Hard, dense outer veneer — a crisp, direct hit and plenty of speed straight off the bounce.

  2. 02
    Super ZLCFibre layer

    High-density zylon-carbon — the stiffest, fastest of the fibre families with a hard catapult.

  3. 03
    AyousMedial ply

    Very light medial or core wood — keeps the blade low in weight and widens the sweet spot.

  4. 04
    Kiri — coreCore

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

  5. 05
    AyousMedial ply

    Very light medial or core wood — keeps the blade low in weight and widens the sweet spot.

  6. 06
    Super ZLCFibre layer

    High-density zylon-carbon — the stiffest, fastest of the fibre families with a hard catapult.

  7. 07
    KotoOuter ply

    Hard, dense outer veneer — a crisp, direct hit and plenty of speed straight off the bounce.

Specialist measured · 7 of 7 plies with published material · stack order confirmed

About this blade

Butterfly Lin Yun-Ju Super ZLC is a 7-ply blade built around Super ZLC fibre placed outer, with Koto on the playing surface and a Kiri core. Koto in the outer layer: Hard, dense outer veneer — a crisp, direct hit and plenty of speed straight off the bounce. Ayous in the medial layer: Very light medial or core wood — keeps the blade low in weight and widens the sweet spot. Kiri in the core: Paulownia core — extremely light, damping the stack and slowing the blade down for control. Super ZLC in the fibre layer: High-density zylon-carbon — the stiffest, fastest of the fibre families with a hard catapult. Physically it measures 5.6 mm thick, around 84 g. Butterfly positions it for off+ play.

TTDNA ratings

Normalized

Performance

Speed94
Control44
Spin Potential39
Feel29
Flex·13
Dwell Time44
Catapult68
Stability78
Precision66
Forgiveness38
Power91
Short Game29
Blocking51
Looping51
Countering79
Flat Hitting88
Flicking57
Chopping27
Lobbing30
Touch36

Construction

Stiffness·87
Vibration·14
Sweet Spot83
Ball Hold35
Head Heaviness·49
Balance87
Weight·47
Weight Consistency83
Thickness·24
Overall Thickness·24
Handle Thickness·50
Handle Size·50
Handle Comfort82
Surface Hardness·78
Surface Finish95

Material properties

Carbon Feel·86
Carbon Intensity·86
Outer Feel84
Inner Feel27
Wood Feeling23
Crispness83
Softness·18
Elasticity47
Rebound Speed88
Energy Return79
Damping14

Playing profile

Offensive Rating75
Defensive Rating26
Allround Rating61
Beginner Friendliness30
Advanced Potential78
Technique Requirement·82
Spin Sensitivity·33
Passive Stability27
Active Stability88

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