Holbrook Aero T (16mm) vs Holbrook Aero X (16mm)
The Holbrook Aero T (16mm) and the Holbrook Aero X (16mm) are both 16 mm elongated paddles, so this one comes down to the measured numbers. Across the 6 specs with a clearly better direction the Aero T (16mm) takes 4 and the Aero X (16mm) takes 1. Swing weights are within 0.0 of each other, so neither should feel noticeably quicker in hand. They retail for the same $199.99.
Two paddles from the same brand, so the differences are the ones the maker chose. Every number below is lab-measured, not a manufacturer claim.
Spec by spec
| Spec | HolbrookAero T (16mm) | HolbrookAero X (16mm) |
|---|---|---|
| Price | $199.99 | $199.99 |
| Core thickness | 16 mm | 16 mm |
| Static weightNeither is better — it's a feel preference. | 7.8 oz | 7.8 oz |
| Swing weightHigher = more power and plow-through; lower = quicker hands. | 113.0 | 113.0 |
| Twist weightHigher is more forgiving on off-center hits. | 5.69 | 5.82 |
| Balance pointHigher = more head-heavy. | 23.8 cm | 23.8 cm |
| Spin | 2,016 RPM | 1,974 RPM |
| Power | 55.9 MPH | 55.8 MPH |
| Pop | 36.2 MPH | 36.1 MPH |
| Firepower | 52 | 49 |
| Handle length | 5.5 in | 5.3 in |
| Grip size | 4.250 in | 4.250 in |
| Shape | Elongated | Elongated |
| Build | Gen 2 | Gen 2 |
| Surface | Raw Texture/Peel Ply | Raw Texture/Peel Ply |
| Face material | Carbon | Carbon |
| Spin rating | Medium | Medium |
| Certification | USAP | USAP |
Highlighted cells win a spec that has an unambiguously better direction (6 of them here). Swing weight, static weight and balance point are never highlighted — neither direction is better, they are feel preferences.
Where each one ranks
Holbrook Aero T (16mm)
Holbrook Aero X (16mm)
Percentiles are ranks against paddles measured by the same lab, never blended across labs.
Keep going
Open this in the interactive comparison to add up to two more paddles, or tune either one with lead tape on its own page: Aero T (16mm) · Aero X (16mm).
Static weight 7.8 oz vs 7.8 oz — a few grams of tape moves swing weight far more than static weight, so either can be pushed toward the other.