Sam Holmes Sailing · vídeo

O que este vídeo aborda

A DIY hydrofoil and surfboard project involves 3D printing foil cores using a Bambu Lab printer and Carbon PLA, followed by fiberglass layup and vacuum bagging.0:57 The process includes building a hot wire foam cutter with a 12-volt transformer and 26-gauge Nichrome wire to shape the surfboard core.10:11 Structural failures in early foil prototypes, specifically bolt pull-throughs on large wings, highlight the necessity for reinforced mounting points and multiple layers of fiberglass or carbon fiber.9:11 Vacuum bagging significantly improves laminate compression and reduces finishing time compared to hand-layup methods.5:27 Testing in cold, windy conditions—up to 40 knots—demonstrates that a Gill dry suit with wool thermal underlayers provides sufficient warmth for winter water sports, provided hands remain dry.24:19 The project confirms that while DIY composite construction is cost-effective and educational, achieving the stiffness of production foils requires advanced materials like carbon fiber and precise vacuum-bagging techniques.25:31

Mais de Sam Holmes Sailing

Orca sighting! we repair one daggerboard only to break another one09/2026Sailing to Maratua, a rarely visited Indonesian island 09/2026We hit a log sailing by strange Indonesian sea platforms08/2026Replacing a window while sailing through pirate waters and wildlife of Borneo08/2026

De Sam Holmes Sailing — veja o barco, a tripulação e todos os vídeos analisados do canal.

The Sailing Directory Newsletter

Um email com os melhores achados da frota — os momentos, barcos e histórias que valem o seu tempo de visualização. Insira o seu endereço para receber a sua cópia.