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Essential Questions Before Buying a Blade

A beginner-friendly checklist. Before you chase brand names, check these six basics: weight, balance, blade face size, thickness, outer ply, and construction.

Butterfly Viscaria with Tibhar Hybrid K3

1. Weight

Blade weight varies a lot—even within the same model from a top brand. One Viscaria might land at 80 g, another near 99 g.

For a shakehand player with inverted rubbers on both sides, 99 g+ is usually brutal once rubbers go on.

Most players like this ballpark:

Grip style Comfortable blade weight (approx.)
Penhold ~85 g
Shakehand ~90 g

For two-wing inverted beginners, moderate weight matters more than chasing the lightest blank.

!!! note "There is no universal “best” weight" Butterfly’s published weight is typically an average of produced blanks, not a design target—and that published number often gets revised. The best weight is the one that feels right for you.

2. Balance (Center of Gravity)

Balance is hard to judge until you hold the blade. Rough cues:

  • Slimmer handles → head often feels more forward
  • Thicker handles → balance more often nearer the center

Hollow handles are complicated. Today, most handles on the market are hollow. Even within the same model (e.g. certain Boll ALC codes), some handles are hollow and some are not—often because the blank came out too heavy and needed weight removed.

Brand tendencies (many models, not every model):

Brand tendency Balance feel Trade-off
Butterfly, Yinhe (many lines) Less head-heavy Usually easier to swing longer
DHS, Stiga (many lines) More head-forward More attack power, more tiring

Two Yinhe blades with different handle shapes

3. Blade Face Size

Face size ties directly to weight and balance.

Examples of the trend:

  • Smaller faces like Harimoto / Ovtcharov class (~158×152) often feel a bit heavier in the hand than
  • classic Viscaria / Zhang Jike ALC class (~157×150)

Larger faces such as Xiom JDA / DHS W968 class push the modern direction further: bigger face usually means better ball hold and reserve power, but also more swing load. Too large and the blade simply feels tiring.

4. Thickness

For two-wing inverted looping, thickness is a style choice:

Thickness Typical effect
Not too thick (often ≤ 6.4 mm if you emphasize self-start and spin) Easier active opening and spin manufacture
Thicker (e.g. classic Primorac Carbon ~6.9 mm) Stronger block/defend, more rigidity, faster borrowed pace
Too thin (< 5.5 mm) Often vibration-heavy; defense on borrowed pace drops

Thicker “borrow-force” blades can also mute clarity and make full wood-through harder. When you fail to punch through, balls drop and errors rise.

Assembled offensive setup on the table

5. Outer Ply (Surface Wood)

The outer ply touches the rubber, so small-to-medium force feel shows up quickly.

Outer ply tendency Feel cue
Koto Crisper, quicker first-speed off the board
Limba More adjustability, softer dwell, easier control

Except for push-blocking / punching styles, beginners usually should avoid very hard outer woods such as:

  • Ebony
  • Walnut
  • Wenge

Hinoki outer can also feel mismatched with many Chinese tacky rubbers—some players report a blurrier hand feel in that pairing.

6. Construction

Lots of builds can win matches. For beginners, popular structures are easier to adapt to:

Structure Typical character
All-wood 5-ply Practice / training friendly; strong spin and control
All-wood 7-ply Steady, faithful, linear
Outer ALC Faster; often friendlier on backhand handling
Inner KLC Longer dwell; easier forehand arcs from mid-distance

!!! tip "Beginner shortcut" Pick a popular structure first. Hot builds have wider community feedback, easier rubber pairing advice, and fewer “mystery blank” surprises.

Quick Checklist

Before you click buy:

  1. Weight in your comfort zone after rubbers?
  2. Balance forward enough for power, without killing endurance?
  3. Face size big enough for hold, not so big it tires you?
  4. Thickness fits active spin vs borrowed-force defending?
  5. Outer ply matches your rubber and touch style?
  6. Construction is a common, well-documented type?

For the next layer—speed, spin, control, power, and reserve power—see Key Performance Metrics When Buying a Blade. For elasticity, hardness, and core wood, see Elasticity, Hardness, and Core Wood.