Building Carbon Fiber Chainplates | Part Two

What started as replacing a rotten bulkhead turned into a masterclass in composite engineering. In this follow-up to our chainplate installation, we break down exactly how we transformed a structural repair into a superior chainplate system that's stronger than the original bolted design. We explain the complete engineering behind: Distributing massive rig loads through bonded surface area instead of bolt compression Creating an integrated system where chainplate and bulkhead work together Why we chose fiberglass for the bulkhead and carbon for the chainplates How we achieved safety factors far beyond standard requirements Real-world validation after sailing at maximum rig load See how proper load distribution and composite construction create a permanent solution that eliminates the weaknesses of traditional bolted chainplates. The results speak for themselves - this system has already been proven under full sailing load conditions. CHAPTERS 0:00 Introduction: The Proven System 1:15 Why Integrated Beats Bolted Designs 3:30 The Surface Area Advantage 5:45 Bulkhead as Structural Web 7:20 Complete Load Path Analysis 9:10 Real-World Proof Under Full Load 11:05 Engineering Safety Margins 13:00 Smart Material Selection 14:45 Rebuilding the Other Side USEFUL LINKS ➜ Supporting blog post https://youngbarnacles.com/laminating... ➜ Youngbarnacles Members Hub: https://youngbarnacles.com/plans/all-... ➜ Free Sailing Library: https://youngbarnacles.com/free-resou... MUSIC YouTube Audio Library ➜ https://www.youtube.com/ SAFETY DISCLAIMER: PROFESSIONAL WORK This video documents professional marine work with significant risk of injury or vessel damage. This is NOT DIY instruction. You are solely responsible for your own safety and actions. We are not liable for any application of this information. Full Disclaimer: https://youngbarnacles.com/website-di...