Butterfly Garaydia ALC vs Nittaku Acoustic Carbon Inner: Which Should You Buy?
| Butterfly Garaydia ALC | Nittaku Acoustic Carbon Inner | |
|---|---|---|
| Our rating | 8.5/10 | 8.2/10 |
| control | — | — |
| feel | Crisp, hard and stiff with a direct, low-vibration touch and a notably low throw arc | Medium |
| handle | FL | FL|ST |
| plies | 5-ply total: 3 wood + 2 Arylate-Carbon (ALC) layers, with an outer carbon construction under a Japanese hinoki surface ply | 5 wood + 2 carbon (inner FE carbon) |
| speed | OFF | OFF |
| spin | — | — |
| thickness_mm | 6.9 | 5.5 |
| type | OFF | — |
| weight_g | 83 | 90 |
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Butterfly Garaydia ALC is purpose-built for mid-distance control with a low arc, crisp damped feedback, and pinpoint stability. It excels when precision matters more than power and demands excellent technique to unlock its potential.
Nittaku Acoustic Carbon Inner takes the opposite approach, prioritizing spin, feel, and control by placing FE carbon inside rather than outside. It retains a natural, woody ball sensation uncommon in carbon blades and offers generous sweet spot forgiveness. However, it’s noticeably slower than outer-carbon alternatives and requires careful rubber pairing.
Choose Garaydia ALC for advanced mid-distance topspin and blocking. Pick Acoustic Carbon Inner if you value spin generation, want to transition from all-wood smoothly, or prefer inner-carbon construction.
FAQ
Which generates more spin?
Acoustic Carbon Inner prioritizes spin through FE carbon placement and longer dwell time. Garaydia is faster but less spin-oriented due to its damped, control-focused construction.
Why is Acoustic Carbon Inner slower?
Inner-carbon construction sacrifices speed compared to outer-carbon designs because the carbon layer is surrounded by wood rather than at the hitting surface.
Which retains more wood-like feel?
Acoustic Carbon Inner’s inner placement and natural topsheet preserve an unusually woody feel for a carbon blade. Garaydia feels distinctly carbon-engineered with crisp directness.