Complete Drone Design & Assembly

I’m developing a multi-purpose drone that can switch effortlessly between aerial photography, real-time surveillance, and last-mile package delivery. To make that vision real I need every piece of the puzzle—from the first 3D sketch to the final assembly guide—so I can move straight from screen to workshop without extra guesswork.

Core performance targets
• Payload: confidently lift and manoeuvre more than 3 kg
• Flight endurance: maximise battery life to keep the bird in the air for extended surveillance loops
• Imaging: integrate a high-resolution camera system suitable for crisp stills and stable 4K video

What I expect to receive
• Full CAD model of the airframe and gimbal (SolidWorks, Fusion 360, or comparable)
• Structural analysis confirming frame strength with >3 kg payload
• Complete bill of materials with sourcing links and estimated costs
• Electrical schematics and PCB layouts for power distribution, flight controller integration, and auxiliary sensors
• Motor, ESC, propeller, and battery selection backed by thrust-to-weight calculations
• Assembly drawings and step-by-step build manual
• Firmware configuration files (ArduPilot, PX4, or similar) tuned for payload stability, GPS hold, and autonomous mission profiles
• Test checklist outlining ground and flight validation procedures

If you have a proven track record designing UAVs that balance lift, efficiency, and image quality—and you can walk me through the trade-offs between carbon-fiber and injection-moulded parts, coaxial versus quad-rotor layouts, or smart-battery options—let’s talk. I’m keen to review previous projects, technical drawings, and any flight footage that showcases your work.