Neal Purchase Jnr. Quartet- Futures Compatible (Solid Fiberglass)
Regular price $ 150.00/
The Neal Purchase Jr. Quartet is a thoughtfully balanced quad-fin design that pairs a large, drive-oriented front fins with a smaller, supportive rear fins. Rather than relying on equal-sized fins throughout the cluster, the Quartet generates speed and projection from the front while utilizing the rear fins to add control without creating unnecessary drag. The result is a fast, fluid quad setup that delivers exceptional hold and rail engagement while maintaining a surprisingly free and responsive feel.
FORM, FUNCTION & FEEL
Neal Purchase Jnr. Quartet- Futures Compatible (Solid Fiberglass)
Upright Tight TurnsRaked Drawn-Out Turns
Less Area LooseMore Area Stable
Speed Control Speed Generating Drive
Less Flex ResponsiveMore Flex Projection
Form | A unique quad configuration featuring large front fins and smaller rear fins designed to balance drive, control, and efficiency.
Function | Designed to maximize speed and projection through the front fins while utilizing the rear fins to provide stability and hold.
Feel | Fast, flowing, and highly responsive, with a smooth release that avoids the locked-in sensation of many traditional quad setups.
Overall | Neal Purchase Jr.'s Quartet reimagines the conventional quad by prioritizing drive and efficiency without sacrificing freedom and maneuverability.
SPECIFICATIONS
| SIZE | HEIGHT | BASE | AREA |
|---|---|---|---|
| Front | 5.87” | 5.35” | 23.20”² |
| Rear | 3.46” | 3.68” | 9.41”² |
MATERIALS & FITMENT
Construction | Solid Fiberglass
Finish | Raw (Sanded)
Fitment | Futures Compatible
Application | Grub Screws
WHY YOU’LL LOVE THIS FIN
- Drive-Oriented Front Fins — Larger front fins generate powerful speed, projection, and rail engagement.
- Reduced Rear Area — Smaller rear fins provide control and stability while minimizing drag and maintaining responsiveness.
- Designed by Neal Purchase Jr. — A refined interpretation of quad-fin performance rooted in balance, efficiency, and functional design.

