Model Overview & Print Notes

This is an ultra-lightweight 5-inch plastic FPV drone frame designed as a high-speed experimental platform. The frame is engineered for minimal weight, maximum rigidity, and low aerodynamic drag. 🔹 Frame Weight: ~220 g (without electronics) 🔹 Class: 5" FPV 🔹 Power: 6S LiPo 🔹 Material: Plastic (PLA+/PETG/ABS/NYLON) Compatible Components: ESC / FC stack: SpeedyBee 55A Video system: DJI O3 Air Unit Motors: iFlight XING2 2207 1855KV (6S) Control protocol: ELRS Battery: 6S LiPo Key Design Features: Minimal frontal area to reduce aerodynamic drag Rigid central block for 30×30 stack Compact DJI O3 placement Optimized arm and subframe shapes Maximum strength-to-weight ratio File Format: STL – ready for 3D printing 💡 Tip: Use quality screws and nuts to ensure a reliable assembly. This project is open for personal modifications and improvements. Purchasing the STL file gives you a ready-to-print model at an affordable price—no extra CAD files required. ## 3D Printing Settings 🖨️ Printing Settings Wall: Wall Loops: 2 Top/Bottom Shells: Top Surface Pattern: Hilbert Curve Top Shell Layers: 4 Top Shell Thickness: 0.8 mm Bottom Surface Pattern: Monotonic Bottom Shell Layers: 4 Bottom Shell Thickness: 0 mm Infill: Infill Density: 10% Sparse Infill Pattern: Gyroid Internal Solid Infill Pattern: Monotonic Apply Gap Fill: Everywhere Support: Enable Support: Yes Support Type: Tree (Auto) Threshold Angle: 10° Support Placement: On Build Plate Only Material: Filament: PLA