Nittaku Septear vs Stiga Infinity VPS V: Which Should You Buy?
| Nittaku Septear | Stiga Infinity VPS V | |
|---|---|---|
| Our rating | 8.2/10 | 8.6/10 |
| feel | Soft with high dwell time | stiff thin outer (Diamond Touch), medium-hard |
| handle | Straight or Concave (flared) | FL/ST/AN |
| plies | 7-ply all wood (Kiso Hinoki) | 5W (all wood) |
| speed | ALL+ | OFF |
| thickness_mm | 6.7 | 5.8 |
| weight_g | 85 | 88 |
We may earn a commission from links on this page. Learn more.
The Septear excels at precision touch and ball placement across all distances thanks to its Kiso Hinoki construction and high dwell time, rewarding players who prioritize feel and consistency. The Infinity VPS V, by contrast, is stiffer and more direct, delivering better speed and spin through aggressive brush looping near the table while requiring sealing of its thin outer veneer.
Choose the Septear if you want a forgiving, responsive blade that lets you dial in control and develop consistent technique over raw pace. Pick the Infinity VPS V if you favour heavy topspin loops with immediate pop and don’t mind investing a few minutes to seal the wood.
FAQ
Which blade suits heavy brush looping?
The Stiga Infinity VPS V is designed for aggressive brush looping near mid-table. Its stiff outer and flex reward the motion directly. The Septear, being softer and more dwell-heavy, suits controlled loops with long arcs over fast attack swings.
Do I need to maintain either blade?
The Septear’s soft hinoki surface can dent over time with hard impact. The Infinity VPS V requires sealing its thin outer veneer to prevent moisture ingress and splintering.
How do rubber pairings differ?
The Septear performs poorly with soft rubbers and needs medium-hard to hard sponges to shine. The Infinity VPS V pairs well with a broad range of rubbers, from softer modern rubbers to medium-hard alternatives.
Which is faster?
The Infinity VPS V is noticeably faster due to its stiffer construction and VPS technology. The Septear relies more on technique and brush finesse than inherent blade speed.