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I am putting together a purpose-built recreational drone and need help turning my ideas into a fully engineered, IoT-ready craft. The finished model must combine an aerodynamic silhouette and lightweight materials with three core capabilities: a high-definition camera, GPS navigation, and reliable autopilot. Here is the scope I have in mind: • Mechanical & aesthetic design ‑ Produce a complete CAD assembly showing all structural parts, fasteners, and mounting points. ‑ Optimise the frame for minimal drag and weight without sacrificing strength. • Electronics & IoT integration ‑ Select off-the-shelf components (flight controller, GPS, camera, ESCs, battery) that meet hobby-grade performance targets. ‑ Lay out wiring and provide a schematic so the camera feed, telemetry, and autopilot data can be exposed over Wi-Fi/BLE for mobile-app control or future cloud logging. • Firmware / flight stack ‑ Configure and tune open-source autopilot software so the drone can hold position, follow waypoints, and execute failsafe routines. • Deliverables & acceptance 1. Native CAD files (STEP and STL) ready for 3-D printing/CNC. 2. Bill of materials with supplier links and weight estimates. 3. Wiring diagram and basic assembly manual. 4. Parameter files or scripts that load the autopilot settings used during bench tests. 5. Brief video or screenshot set demonstrating stable hover and guided flight in a simulator or on the bench. If you have a track record of bringing small UAVs from concept to air-worthy prototype and are comfortable iterating quickly, I’d love to collaborate and get this drone airborne.
Project ID: 40451898
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5 freelancers are bidding on average ₹7,740 INR for this job

Hi I’m a mechanical engineer and have done similar UAV and drone development projects involving CAD design, lightweight structural optimization, electronics integration, and autopilot-ready systems. I can help turn your concept into a fully engineered recreational drone with an aerodynamic frame, IoT-enabled electronics layout, and stable autopilot configuration. I have strong experience with SolidWorks, drone assembly design, 3D printing workflows, and integration of GPS, HD cameras, ESCs, flight controllers, and telemetry systems. I can also assist with wiring architecture, component selection, BOM preparation, and configuration of open-source autopilot stacks for waypoint navigation, hover stability, and failsafe operation. You will receive production-ready CAD files, STEP/STL exports, wiring diagrams, assembly guidance, BOM with supplier references, and autopilot parameter/configuration files along with simulation or bench-test visuals. Feel free to message me in chat so I can discuss your target drone size, payload expectations, and share related UAV design samples. Thanks
₹9,000 INR in 3 days
5.1
5.1

I can help transform your concept into a fully engineered, IoT‑ready drone that combines aerodynamic design, lightweight materials, and integrated electronics for reliable performance. My focus is on delivering a craft that balances aesthetics, functionality, and robustness, with clear documentation for smooth assembly and operation.
₹7,000 INR in 7 days
2.7
2.7

Hello, I am an Electronics & IoT Engineer with hands-on experience in embedded systems, ESP32, Raspberry Pi, GPS/GSM modules, communication protocols (UART, SPI, I2C), and IoT-based prototype development. Your drone project strongly matches my interests in IoT integration, telemetry, embedded firmware, and smart connected systems. I can assist in component selection, embedded integration, communication setup, telemetry architecture, firmware configuration, and prototype-level implementation for the drone platform. I have experience working on practical electronics and IoT projects involving wireless communication, sensor interfacing, automation, and hardware-software integration. I am also comfortable researching and iterating quickly to optimize the system. I can deliver structured documentation, wiring diagrams, firmware setup support, and assist in integrating Wi-Fi/BLE connectivity for future app or cloud-based control systems. Looking forward to discussing the project in more detail. Thank you, Darshan Malviya
₹9,500 INR in 15 days
0.0
0.0

Hello, I’m an aerospace engineer with experience in UAV design, aerodynamics, CAD modeling, flight simulation, and autonomous mission concepts. I have worked on aerospace projects involving drone stability analysis, aerodynamic optimization, control systems, and IoT integrated UAV workflows. For your project, I can help develop a complete drone concept including lightweight aerodynamic frame design, CAD assembly, component selection, wiring architecture, and autopilot integration using open source flight stacks. I also have experience with UAV path planning and mission based autonomous systems, which is useful for waypoint navigation, failsafe routines, and telemetry integration. I can provide STEP/STL files, BOM with recommended components, assembly guidance, wiring diagrams, and tuned autopilot parameter files. The design will focus on balancing low weight, structural reliability, stable hover behaviour, and clean integration of GPS, HD camera, and wireless telemetry systems. Looking forward to collaborating on the project.
₹7,000 INR in 7 days
0.0
0.0

I have experience working on UAV and embedded/IoT-style engineering projects and can help you turn this concept into a fully engineered, flight-ready prototype. I can support end-to-end development covering mechanical design, electronics integration, and autopilot configuration. ### Mechanical & CAD Design • Full CAD assembly of the drone frame with structural parts, mounts, and fasteners • Aerodynamic and lightweight optimization while maintaining strength for flight stability • Manufacturing-ready STEP/STL files for 3D printing or CNC ### Electronics & IoT Integration • Selection of reliable off-the-shelf components (flight controller, GPS, ESCs, battery, HD camera) • Wiring schematic covering power distribution, telemetry, and camera feed • IoT-ready setup for Wi-Fi/BLE telemetry and future app/cloud integration ### Firmware & Flight Stack • Configuration of open-source autopilot (waypoint navigation, position hold, failsafe behavior) • Basic tuning for stable hover and controlled flight performance • Parameter files/scripts for reproducible setup ### Deliverables 1. CAD files (STEP/STL) 2. BOM with weight estimates and sourcing links 3. Wiring diagram + assembly guide 4. Autopilot configuration files 5. Simulation or bench test proof of stable flight behavior I’m comfortable iterating quickly from concept to prototype and refining performance based on test feedback. I’d be glad to start with an initial design phase to align on structure and component selection.
₹6,200 INR in 3 days
0.0
0.0

Thane, India
Member since Oct 18, 2022
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