RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep
RNF 96 Black Sheep

RNF 96 Black Sheep

From $1,249.00
Tax included.
4 payments of with
ORDER A CUSTOM

The Lost RNF 96 (Round Nose Fish) is back and it's better than ever. The RNF 96 should bring up memories of the classic Lost movie 5'5 x 19 1/4 with visions of Corey Lopez, Andy Irons and Chris Ward. If you're looking for an extremely versatile surfboard that will keep a smile on your face even when the waves are less than ideal, this is the board for you.

Matt has refined the original shape to enhance its performance capabilities, producing a retro fish that really goes.

The RNF 96 features:

  • A traditional fish outline
  • Medium rail profile, increasing versatility
  • Increased rocker with a pulled-in tail to suit performance surfing
  • Foam throughout the centre to help with paddling and entry
  • 2+1 fin setup

We suggest riding the Lost RNF 96 at the same litres as your standard high-performance shortboard, which is about 5 inches shorter.

If you are chasing something to rip apart quality waves, then we suggest taking a look at the Lost Driver 3.0.

By Lost/Mayhem

Black Sheep Technology

BlackSheepBuilt boards begin with light weight, 1.5lb virgin EPS and utilize the most advanced “Triax-NCF” (Non-Crimp Fabric) high-quality carbon fiber, to create a fast, response and lively surfboard. A board that is both lightweight and flexible, but also surprisingly strong. The unique performance of BlackSheepBuilt boards comes from the Triax Carbon, which combines a triple-axis +30/-30°/0 layup. It is an “un-crimped”, multi-directional carbon, which enhances and controls torsional force from rail to rail. Multi-axial carbon fiber is a great alternative to traditional woven carbon fibers because it is made up of alternately aligned layers of unidirectional carbon reinforcement.