Fuselage
The fuselage serves as the primary structural body of the aircraft, housing the core internal mechanisms, avionics packages, and payload bays. I led the hands-on fabrication of the fuselage shell, utilizing advanced composite-forming techniques to achieve a high strength-to-weight ratio critical for flight efficiency. Throughout the manufacturing phase, I managed workshop safety protocols, maintaining strict PPE compliance (ventilators, gloves, and eye protection) during chemical handling and composite finishing.
Composite Lay-Up & Preparation:
Prepared and precision-cut carbon fiber sheets to match the complex surface profiles of pre-machined foam core molds.
Executed a detailed wet lay-up process, ensuring flat, wrinkle-free material alignment across the mold contours to prevent structural weak points.
Chemical Matrix Integration:
Formulated a high-strength epoxy resin matrix, strictly adhering to precise stoichiometric mixing ratios to ensure optimal chemical cross-linking.
Applied the epoxy uniformly across multiple carbon fiber plies, ensuring complete wet-out and structural saturation of the fabric matrix.
Vacuum Consolidating & Curing:
Integrated a vacuum-bagging system to apply uniform atmospheric pressure across the laminate assembly overnight.
Maintained consistent pressure to squeeze out excess resin, eliminate internal voids, and maximize the fiber-to-resin volume ratio for high-strength bonding.
Post-Cure Finishing & Assembly:
Utilized rotary tools, precision abrasives, and hand-sanding techniques to post-process the cured surfaces, eliminating aerodynamic surface blemishes.
Aligned, mated, and permanently bonded the symmetrical fuselage halves using structural adhesive to complete the aerodynamic shell assembly.
Dry carbon fiber sheets on mold
Carbon fiber lathered with epoxy
Dried carbon fiber body