Lovelace x William Aliotti Piggyback-Up Twin - Futures Compatible

$159.95
Distributeur True Ames

Sharing some of the same DNA as the Piggyback twin, this updated design adds a proven high performance element which can be witnessed in William's surfing. The Piggyback-Up is a stylish blend of curves that allows for a wide range of board pairing and performance in most conditions. 

  • Ideal balance of drive and release
  • Proven hold in critical waves
  • From tiny performance twins to long railed channeled twins, the Piggyback-Up are right a home in a wide range of boards.

HEIGHT: 5.34” 
BASE: 5.72”
AREA: 22.51”²

Form | Hybrid performance twin, wide base, full area twin
Function | High drive coupled with smooth release
Feel | Balanced & stable, speed, flow & hold
Overall | High performance twin that pairs with a wide range of surfcraf
Construction | Solid Fiberglass
Finish | Raw
Color | Dusty Rose
Fitment | Futures compatible
Application | Grub screw

HISTORY & ORIGIN

The Ryan Lovelace x William Aliotti collaboration is the product of a long-running creative partnership built around curiosity, experimentation, and a shared desire to expand what's possible in modern surfing. Over years of working together, Ryan's innovative approach to board design and William's distinctive surfing have continually pushed one another toward new ideas, refining equipment through real-world testing in some of the world's most demanding waves. Their work together spans everything from performance twins to asymmetrical designs developed and proven across destinations like Indonesia, Namibia, Chile, and the Canary Islands. These fins are a direct extension of that collaborative process. Rather than drawing from a single era or traditional template, they represent a balance between experimentation and functionality—designed to complement contemporary twin-fin surfing while maintaining the speed, flow, and freedom that define both Ryan's shaping philosophy and William's approach to riding waves. Every element has been informed through years of iteration, travel, and feedback between surfer and shaper.