Model Overview & Print Notes

Designed from the ground up to offer a perfect balance between robustness, modularity and real functionality, this chassis is not just a pretty design: it's a fully ready-to-fly platform. 🧩 Design structure The chassis is divided into clearly defined modules for easy printing, assembly and maintenance OPTIMIZED DESIGN TO BE UNSUPPORTED 🦿 Integrated landing gear Stable, lightweight and elevated base to protect electronics and battery. 🔲 Bottom base (x1) Main support for critical electronics (ESC, power distribution). 🔲 Middle base (x1) Platform for flight controller and wiring management. ✈️ Arms (x4) Designed for standard brushless motors, with structural reinforcement and vibration absorption. 🧱 Top dome (optional) Full protection + integration of GoPro type camera or advanced FPV systems. 🔋 Optimized internal space Design makes the most of the available volume (~278 mm frame): ✔️ Sufficient space for: 4S / 6S LiPo batteries (1300-1800 mAh) Organized wiring without interference Clean and accessible mounting ✔️ Allows to add: Complete FPV systems Additional sensors Custom electronics (ex: ESP32, AI, etc.) ⚡ Essential components (for flying) This chassis is intended to easily integrate: 🧠 Flight Controller (FC) - F4 / F7 ⚡ 4-in-1 ESC or individual ESCs 🔌 Power distribution (PDB / integrated ESC) 🔋 LiPo battery 🌀 Brushless motors (x4) 🍃 Propellers (≈5") 📡 RC receiver (ELRS / FrSky / etc.) 📶 VTX (video transmitter) 📷 Camera (FPV or GoPro integrated in dome) 🔧 Optional components (advanced level) This design goes far beyond a basic drone: 📍 GPS + compass → autonomous navigation 🧭 Barometer → precise altitude control 📡 Telemetry (LoRa / Crossfire) 🎥 GoPro type HD camera / Naked GoPro 📷 Full FPV system (analog or digital) 🧠 Companion computer (Raspberry Pi / Jetson / ESP32) 🤖 Autonomous driving / AI / machine vision 💡 Programmable LEDs (WS2812) 🔊 Buzzer / anti-loss system 🧲 External magnetometer 🛠️ Anti-vibration damping for FC / camera 🧪 Mechanical design This chassis has been conceived with real technical criteria: ✔️ Balanced mass distribution ✔️ Structural rigidity in arms ✔️ Vibration minimization ✔️ Optimized center of gravity ✔️ Adequate airflow for cooling 💡 Result: 👉 Platform completely valid for real flight 👉 Stable, resistant and prepared for PID tuning. ## 3D Printing Settings 🎯 Who is it for? Makers 🛠️ Engineers ⚙️ FPV enthusiasts 🚁 DIY projects / research 🤖 🔥 One chassis, infinite configurations From FPV freestyle to advanced autonomous navigation. 💥 Download it, print it and fly it Available from Cults3D