Alchemy S Red Logo/White Water Rails - Durable Kayak Accessories for Outdoor Adventures, Fishing & Water Sports

Meet the game-changing fins that are designed to enable spearos improve their kicking technique. Demanding oceans and XL fish require power, we can deliver that. The Alchemy S features a unique carbon layering pattern which minimizes the effect of “bicycle” kicking, a common characteristic of nearly all spearos. By its reduction, divers can decent or ascent quicker, thus burning less oxygen. Are you ready to go further? S for Speed, S for Safety, S for Spearfishing.

These progressive blades feature a 23 degree angle and fit Pathos & Cetma (S-Wing) footpockets. They feature an extraordinary mirror finish on their front side and a matt finish on the back. Their unique serial number tag is embedded into their lamination, ensuring the authenticity of your Alchemy product along with a hologram tamper-proof individually numbered tag on your warranty certificate document.

S feature the ultimate carbon layer positioning within each blade. Eleven (11) layers of premium, EU-made, 100% carbon fiber, selected especially for deep sea applications, are positioned in an exceptional way, in order to offer an unbelievable bending profile, with the ultimate feedback, nerve, and speed. Having the first ever V shaped reinforcement layer that goes beyond the blade's angle, raw power comes straight from the beginning of each and every kick.

S are manufactured in compliance with the most demanding standards in constant ambient temperature and humidity. 45 tons of total pressure combined with vacuum assistance (VRTM) and 12 hours post curing in temperatures controlled through PLC (Programmable Logic Controller) with a deviation of less than ± 0,1°C.

S blades end in a dolphin tail shape (D.Tail). This shape gives the best performance results, based on hydrodynamics studies (Rensselaer Polytechnic Institute / T. Wei) and tests made in C.F.D. software (Computational Fluid Dynamics). The dolphin tail shaped ending provides maximum thrust with the least possible energy consumption.