NEW Callaway Paradym Ai Smoke 5 Hybrid / 24 Degrees / Stiff Flex
Here at Replay Golf we take great pride in providing the best new and second hand golf clubs and equipment like this Brand New Callaway Paradym Ai Smoke 5 Hybrid. Please check our condition rating guide for more information about how we grade our new and used golf clubs. If you need assistance, please contact us on 01344 291831 - our team of PGA Professionals can help!
| ITEM DETAILS | |
| Reference: | CAPAHY322192 |
| Brand: | Callaway |
| Model: | Paradym Ai Smoke |
| Club Number: | 5 |
| Dexterity: | Right-Handed |
| Loft: | 24 Degrees |
| Shaft Flex: | Stiff Flex |
| Shaft Material: | Graphite |
| Shaft Model: | Cypher Seventy 6.0 |
| Measured Length: | 39.75 |
| Relative Length: | Standard |
| Grip Details: | Lamkin Crossline 360 Standard |
| Head Cover: | Yes |
| CONDITION DETAILS | |
| New or Used: | New |
About the Model
Paradym Ai Smoke is designed for players with average to high swing speeds who are looking to maximize distance and improve dispersion.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Here at Replay Golf we take great pride in providing the best new and second hand golf clubs and equipment like this Brand New Callaway Paradym Ai Smoke 5 Hybrid. Please check our condition rating guide for more information about how we grade our new and used golf clubs. If you need assistance, please contact us on 01344 291831 - our team of PGA Professionals can help!
| ITEM DETAILS | |
| Reference: | CAPAHY322192 |
| Brand: | Callaway |
| Model: | Paradym Ai Smoke |
| Club Number: | 5 |
| Dexterity: | Right-Handed |
| Loft: | 24 Degrees |
| Shaft Flex: | Stiff Flex |
| Shaft Material: | Graphite |
| Shaft Model: | Cypher Seventy 6.0 |
| Measured Length: | 39.75 |
| Relative Length: | Standard |
| Grip Details: | Lamkin Crossline 360 Standard |
| Head Cover: | Yes |
| CONDITION DETAILS | |
| New or Used: | New |
About the Model
Paradym Ai Smoke is designed for players with average to high swing speeds who are looking to maximize distance and improve dispersion.
