Nittaku Septear vs Stiga Carbonado 45: Which Should You Buy?

UltraSpin comparison · 2026-06-12 · blade

Nittaku SeptearStiga Carbonado 45
Our rating8.2/108.4/10
feelSoft with high dwell timeModerately stiff with deep reverberating vibrations; more wood-like dwell than typical carbon blades; high throw angle
handleStraight or Concave (flared)Straight/Flared/Anatomic (coal-grey dyed wood)
plies7-ply all wood (Kiso Hinoki)7-ply with TeXtreme carbon (5 wood + 2 carbon at 45-degree angle)
speedALL+OFF
thickness_mm6.75.7mm
weight_g8585-91g

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Nittaku Septear is a premium soft all-wood blade with exceptional control and high dwell time. Its Kiso Hinoki construction excels at short to mid-distance all-round play with technique building supported by a forgiving sweet spot. Premium Japanese craftsmanship ensures consistent quality, though soft surfaces dent over time and the thin handle may not suit larger hands.

Stiga Carbonado 45 is a moderately stiff carbon blade with wood-like feel and clearly felt informative vibrations—uncommon in carbon composites. Wide sweet spot and excellent blocking stability, paired with high throw angle aiding heavy topspin loops, appeal to spin-heavy loop-dominant players. Outstanding short game and drop shot control excel close to the table. However, slower than most carbon blades, requiring extra physical effort for power shots from mid-distance.

Septear suits pure wood control seekers. Carbonado 45 is ideal for advanced loop-dominant and spin-heavy players valuing control and consistency.

FAQ

Which is faster?

Carbonado 45 at OFF is faster than Septear at ALL+. But Carbonado 45 is slower than most carbon blades.

Which is better for looping?

Carbonado 45 with its high throw angle and wood-like feel. Septear is slower but equally spinny.

Which suits power hitting?

Septear is soft and dwell-focused. Carbonado 45 requires extra effort for mid-distance power shots.

Why is Carbonado 45 called wood-like?

TeXtreme carbon layers are extremely thin, preserving wood-like vibration despite stiff carbon construction.