The Samos is a rotationally moulded stand up paddle board, born in effort to bring something new to the SUP arena which has recently exploded in the world of paddlesport. Traditionally, epoxy and composite boards are the natural choice, although with the continuing adoption of inflatable paddle boards, we wanted to do what we do best, and bring a fresh new alternative to the market.
We had two main priorities in creating the Samos – firstly, to combat some traditional problems found in rotationally moulded boards, and secondly, create a feel that was comparable to more expensive options on the market – making it suitable for beginner to intermediate level paddlers. Typically, rotationally-moulded paddle boards have been problematic due to their evolution from a kayak design, making them impractical in shape and weight; often in excess of 25KG.
Why choose the Samos stand up paddle board?
The innovative design of the Samos targets both these problems in one. The unique wishbone features on the Samos works by acting against the natural yarding as the paddler strokes – which keeps the nose pointing straight; splitting below the deck to give support for a natural stance. In doing so, this has allowed us to produce a much thinner board than many standard rotationally-moulded boards, which means at 20KG the Samos is one of the lightest stand up paddle boards on the market! Even still, the Samos still manages to boast an all-rounder profile, making it great for all applications from day play, and exploring, to fitness and fun on the waves.
The Samos includes a wide set of features as standard, including branded carry handle grips and deck area, drain plug, bottle holder, paddle, straight leash, a custom 10.5″ fin box accepting all standard fins, as well as front bungee storage and 4 padeyes enabling attachment of a seat. And, as always, you can be safe in the knowledge that it’s manufactured to Fatyak’s high quality rotational moulding standards; with no seams and no joints the Samos is manufactured using high grade, high density UV stabilised polyethylene; in accordance with BS7852 as well as our own procedures, in Somerset, England.