Making A Complex Hollow Carbon Fibre Drone Fuselage

Product links ► https://www.easycomposites.co.uk/learning/producing-complex-hollow-carbon-fibre-parts Further information and links ▼ Advanced level composites video tutorial outlining the process of laminating and vacuum bagging a complex, hollow carbon fibre part, including the use of silicone intensifiers to achieve proper consolidation in challenging areas. As well as the main moulding, the guide also covers bonding in the internal structure including longerons, bulkheads, and spars to complete the fuselage for a composite 'flying wing' drone. 00.00 Introduction 01.02 Planning: Materials and Process Selection 03.36 First Step: Preforming Intensifiers 07.11 Cutting Templates & Lap Strategies 09.22 Reinforcement Kit Cutting 10.26 Laminating the Prepreg 13.02 Intensifier Placement & Mould Closure 14.31 Co-cured Intensifiers 15.44 Vacuum Bagging & Cure 16.23 Demould & Trim 17.19 Internal Structure 21.51 Clearcoating & Finished Part Related Videos▼ How the pattern was designed https://youtu.be/dDqTGr8NW7A CNC machining composite patterns https://youtu.be/CWAvo8DIZ9s How the moulds were made https://youtu.be/PcCUME6vbwE XT135 tooling prepreg https://youtu.be/k4GdAuNji5g Introduction to XC110 prepreg https://youtu.be/HfrFaKDsJxc Full project details (including links to all the products used)▼ UK and World ►https://www.easycomposites.co.uk/learning/producing-complex-hollow-carbon-fibre-parts EU ►https://www.easycomposites.eu/learning/producing-complex-hollow-carbon-fibre-parts