Compare up to 3 paddles side by side
Specs, weight and swing weight, all 15 Paddle DNA™ traits, and price plus availability built only from the retailer offers we actually track — never estimated.
Specs & weight
| Spec | Spartus Spitfire Elongated 16mm | Vatic Pro V-Sol Tour Elongated 16mm |
|---|---|---|
| IQ score | 84.1/100 | 82.8/100 |
| MSRP | $109.99 | $109.99 |
| Best tracked price | Not tracked | Not tracked |
| Weight | 7.85 oz | 8 oz |
| Swing weightlower = faster hands | 116 | Not verified |
| Twist weighthigher = more forgiving | 6.2 | Not verified |
| Core | 16 mm | 16 mm |
| Shape | elongated | elongated |
| Surface | QuadFiber carbon layup with PermaGritNano | Evergrit long-lasting grit |
| Handle | 5.5 in | 5.5 in |
| Released | 2026 | 2026 |
Price & availability
Sourced from stored retailer offers and their recorded price history. Paddles with no tracked offer show MSRP only.
Spartus Spitfire Elongated 16mm
No retailer offers tracked yet for this paddle, so we don't show a price range. MSRP is $109.99.
Vatic Pro V-Sol Tour Elongated 16mm
No retailer offers tracked yet for this paddle, so we don't show a price range. MSRP is $109.99.
Paddle DNA™
- Power9091
- Control8480
- Spin8888
- Forgiveness8282
- Sweet spot8383
- Stability8381
- Maneuverability7778
- Pop8890
- Touch8580
- Consistency8481
- Swing weight7474
- Twist weight7978
- Launch angle5962
- Plow through8585
- Softness8078
Bars listed in the order Spartus Spitfire Elongated 16mm · Vatic Pro V-Sol Tour Elongated 16mm
Verdicts
Spartus Spitfire Elongated 16mm
A lower-price elongated power design with listed swing weight 116, quicker handling than Cannon’s nominal 122, and similar twist-weight territory. Turbo Foam and QuadFiber target power with dwell and touch; our DNA is estimated, not a measured same-lab comparison.
Vatic Pro V-Sol Tour Elongated 16mm
The V-Sol Tour Elongated combines a floating EPP/EVA foam core with Evergrit at $109.99. The comparison video frames it as the more offense-focused choice against Spitfire. All Paddle DNA scores are editorial estimates, not our laboratory measurements.