FCS II Mark Richards Twin + Stabilizer Overview Constructed with 50% glass and bio-resin, MR's Neo Glass Eco Twin +1 has a low impact construction with high impact performance that’s recommended for lighter more agile surfers. MR's template in Neo Glass Eco e xceptional pivot off the top, while the centre fin adds control and is suitable for all conditions. Mark Richard's famous twin template produces exceptional drive and speed. The small stabilizer (centre fin) adds control whilst maintaining the freedom and manoeuvrability of a twin fin set up. Board Types Designed to fit the FCS II Fin System. Recommended for all board types including fish, funboard and twin fin boards Material Neo Glass Eco About Eco Blend At FCS, we’ve made it our mission to minimise our footprint by designing high quality products that use low impact, sustainable materials. Constructed with 50% glass and bio-resin, the Neo Glass Eco Blend range has a low impact construction with high impact performance that’s recommended for lighter more agile surfers. The new range also sees reduced use of fossil fuels and a smaller carbon footprint than traditional materials. Sustainability & Community Our Eco Resin is created by Arkema, a founding member of Pragati, the sustainable castor initiative. Pragati trains farmers to build capacity, improve yields, and reduce environmental impacts, thus helping them to cultivate castor beans effectively and ecologically. The initiative also provides educational materials to improve the skills and knowledge of the local farmers, to improve their income, and to ensure better health and living conditions. Size Medium - Large New Sizing for Specialty Fins You may notice new size ratings for our Specialty Fin Range. Previously, all Specialty Series fins were rated an XL. To better reflect fin sizing, we now have 3 new size categories: S-M, M-L, and L-XL. Fin Base (inches) Base (mm) Depth (inches) Depth (mm) Area (inches) Area (mm) Sweep Deg° Foil Side 5.06 128.4 5.56 141.1 21.06 13590 32.1° Flat Centre 3.31 84 3.34 84.8 8.23 5307 29.1° 50/50