The Callaway Paradym Ai Smoke Max Fast Driver combines a 460 cc head, loft options of 9°, 10.5° and 12°, adjustable hosel • ±1° loft, a standard length of 45.75 in, and a listed swing weight of D1.
Driver • 2024 • RH/LH • Adjustable hosel • ±1° loft
Key specifications
Visual model specs
Built only from this model’s supplied specifications.
How the Callaway Paradym Ai Smoke Max Fast Driver compares
This compares the baseline specification with other Callaway drivers in this database. Driver loft comparisons use the lowest stated loft.
About 5% larger than the Callaway drivers database average. Around the 64th percentile for this field.
Very close to the Callaway drivers database average. Around the 49th percentile for this field.
Very close to the Callaway drivers database average. Around the 75th percentile for this field.
Very close to the Callaway drivers database average. Around the 84th percentile for this field.
Club information
| Manufacturer | Callaway |
|---|---|
| Model | Paradym Ai Smoke Max Fast |
| Club type | Driver |
| Release year | 2024 |
Head, loft and weighting
| Head size | 460 cc |
|---|---|
| Available lofts | 9°, 10.5°, 12° |
| Loft adjustability | OptiFit hosel; adjustable loft and lie ( ±1° loft, draw setting available) |
| Lie angle | 59° |
| Swing weight | D1 |
Shaft, grip and setup
| Standard length | 45.75 in |
|---|---|
| Stock shaft options | Project X Cypher 40 |
| Stock grip | Callaway Universal grip |
| Hand availability | RH/LH |
Construction and forgiveness
| Face / material / construction | Titanium body with Ai Smart Face using variable-thickness titanium face construction; Jailbreak Speed Frame internal structure |
|---|---|
| MOI / forgiveness information | High-MOI, oversized 460 cc head designed for increased stability and forgiveness |
Data note: Golf club specifications can vary by loft, shaft, flex, hand, set composition and market. Where the source row lists multiple configurations, the complete supplied value is retained in the tables. Representative benchmark charts normalize multi-club sets to a consistent comparison point.